Az alábbi öt szakmai idézet tudományos jelentőséggel bíró előnyökről számol be a „túllépés” vagyis a Transzcendentális Meditáció gyakorlati alkalmazása körében. A részletesen közölt jótékony hatások az alul listázott tudományos kutatásokban vannak részletezve, melyek 2014. szeptemberében meghaladták az ezret. A Transzcendentális Meditáció, avagy a túllépés (transzcendálás) erőfeszítés-mentes technikája a legkutatottabb, s ezáltal a legmegbízhatóbb meditációs módszerként vált ismeretessé nem csak a tudományos világ, hanem a hétköznapi emberek számára is.
1. A Transzcendentális Meditáció kutatásai megfeleltek a szigorú normáknak, melyeket a tudományos kiadványokkal kapcsolatban írnak elő
„Az elmúlt tíz év során az International Journal of Neuroscience szerkesztői és olvasói számos tanulmányt ismertek el a Transzcendentális Meditáció hatásaival kapcsolatban, hiszen ezek megfeleltek a tudományos kiadványok szigorú normatív feltételeinek. Az IJN számára megtiszteltetés, hogy szerkesztő-bizottságukban két Nobel díjas kutató is részt vett. A kiváló tudóscsoport a kontinensek vezető egyetemeinek kutatói közül kerültek ki, így adva tudományos értéket a benyújtott dokumentumok megfontolására” – Dr. Sidney Weinstein, az International Journal of Neuroscience neves szaklap vezetője
2. Ez a munka… megérdemli a legkomolyabb figyelmet
„Az állítás megfelel a valóságnak arról, hogy a módszer kutatási eredményei meghaladják a bármely más folyamatban lévő szociális vagy pszichológiai kutatások eredményeit. A módszer megállta a helyét a statisztikai vizsgálatokon, melyet a konfliktuskezelés terén végeztek. Azt hiszem, hogy ez a munka és elmélet, amelyről tájékoztatást kaptunk megérdemli a legkomolyabb figyelmet a tudósok és politikai döntéshozók részéről egyaránt” – David Edwards, Ph.D., egyetemi tanár, az austini University of Texas vezetője.
3. Komolyan kell vennünk ezeket a tanulmányokat
„A vizsgálatokban, melyek a túllépés konfliktushelyzetekben való hatásait taglalták nem találok módszertani hibákat, az eredmények összhangban álltak a nagy számú ismétlésekben is, melyeket eltérő konfliktusos helyzetekben végeztek. Mivel valószínűtlen, hogy csupán feltevésekről lenne szó, azt hiszem, hogy komolyan kell vennünk ezeket a tanulmányokat” – Ted Robert Gurr, Ph.D., nyugalmazott professzora és vezetője a University of Maryland-nek.
4. Ez a kutatás lépéseket követel
„Én már az elmúlt húsz évben is figyelemmel kísértem a Transzcendentális Meditációt érintő kutatások fejlődését. Megfelelő súlyú és jeles következetesekkel összeállított bizonyítékok mutatnak arra, hogy (ez a megközelítés) egy egyszerű és költséghatékony megoldás arra, hogy megoldjuk az előttünk álló szociális problémákat. Ez a kutatás és következtetései olyan erősek, hogy megkövetelik a felelős kormányzati politika figyelmét” – Huw Dixon, Ph.D., közgazdaságtan professzor, York University, Anglia.
5. A munka a hang
„A hipotézisre néhányan egyértelműen felvonták a szemöldöküket a vizsgálódók körében. De a statisztikai munka hangot adott az egésznek. Ha statisztikailag képesek vagyunk alátámasztani ennyi változót, akkor az eredmények sokkal meggyőzőbbek lesznek. Ez a bizonyíték arra utal, hogy most már létezik egy új technika, ami létrehozhatja a békét a világban” – Raymond Russ, Ph.D., a University of Maine pszichológus professzora; a Journal of Mind and Behavior című szaklap szerkesztője.





BEVEZETÉS
Az elmúlt öt évben én és két-három kollégám egy maroknyi amerikai börtönben megfordultunk, hogy a fogvatartottakat avassunk be a túllépés módszerébe. Ezzel párhuzamosan segítünk tudományos kutatásokat készíteni a Transzcendentális Meditáció rendszeres gyakorlásának a bűnöző elmékre gyakorolt hatásáról.
A túllépés alatt azt értem – néhány percig gyakorolva minden nap –, hogy könnyedén és spontán befelé fordítjuk a figyelmünket és a tapasztalat egyre finomabb szakaszaiban végezzük a szellemi tevékenységet, amíg az elme egyre kevésbé lesz aktív. Végezetül egy nyugodt mentális állapotba kerülünk. Aztán ugyanolyan egyszerűen és könnyedén, ahogy addig is végeztük a gyakorlatot, túllépünk abba a mentális állapotba – itt tapasztalható a gondolat nélküli forrás állapota, a csend – amely a tiszta tudat mezeje. Jógik, mesterek és spirituális tanítók ezt az állapotot tiszta tudatnak, szamádhinak, egységnek, nirvanának, békének nevezik; lényegét tekintve pedig VAGYOK állapotnak nevezhetjük.
Fontos megértenünk, hogy a transzcendens vagy túllépés egy nagyon egyedi működése a testnek és az elmének. Amikor egy személy a túllépés technikáját gyakorolja, a személye tényleg felhagy a gondolkodással, nem fókuszál ez idő alatt a megértésre, a megjelenítésre, az elme ösztönös feldolgozási folyamatait maga mögött hagyva „belép” a tiszta tudat birodalmába (tudatos tudat), s erre teste is reagál. Egy természetes neurofiziológiai válasz indul be, röviden a WHPS állapot. A WHPS állapot túlmutat az éber állapot, az álom és a mély alvás minőségén is. Az elmúlt negyven év kutatásai arról tájékoztatnak miket, hogy a WHPS-hez kapcsolódó transzcendencia/túllépés nem található meg a legtöbb meditációs módszerben, az a Transzcendentális Meditáció technikájával érhető el, melyet Maharishi Mahesh Yogi dolgozott ki. Mi ezt a technikát tanítottuk meg a fogvatartottaknak.
A kutatók ritkán találkoznak olyan meditációs gyakorlattal, melynek orvosi tekintetben is komoly eredményei vannak, sőt akár 10, 20 vagy még több évre visszamenőleg kutatási eredményekkel rendelkezik. A publikált agyagok közül egyetlen esetben találtak összehasonlítható meditációs gyakorlatot (éberség meditáció), azonban utóbbit a Transzcendentális Meditációval összehasonlítva, már négy hónap rendszeres gyakorlást követően is jobb eredményeket értek el a TM-gyakorlók.
Véleményem szerint a Transzcendentális Meditáció tekintetében nem kell figyelembe venni a meditációs gyakorlatot, mert a túllépés fázisa gyakran a meditációk végén következik be. A „meditáció” fogalmát tekintve is tisztáznunk kell az elképzeléseket, hiszen nyugaton ezalatt a fogalom alatt a tudat kontrollját, valamiféle koncentrációt értenek, mely mindenképp erőfeszítéssel jár (összpontosítás a levegővételre, egy gondolatra, vagy a megjelenő gondolatok összességére, egyes elemek tartalmára). A túllépésnek azonban semmi köze nincsen az előbbiekhez. Mi azt mondjuk a fogvatartottaknak, akik szeretnék megtanulni a TM-et, hogy „mi nem meditációt tanítunk az óráinkon, hanem megtanítjuk, hogyan kell túllépni.” Azaz megtanítjuk a börtönlakóknak, hogyan kell „túl” minden mentális, érzelmi és észlelési tevékenységen ellenőrzés nélkül lenni, miközben a szervezet egy nagyon mély, pihentető és érzelmileg tápláló állapotba (WHPS) kerül. A kutatások újra és újra azt támasztják alá, hogy a WHPS 2-3-szor nyugodtabb állapotot jelent mint a mély alvás. Ezért szeretnénk felhívni a figyelmet a Transzcendentális Meditáció közben jelentkező WHPS „szuper pihenés” minőségére.
A bűnelkövetők rehabilitációját érintő kutatások területén a Transzcendentális Meditációt gyakorló fogvatartottak eredményeit összevetették az elmúlt 43 év kutatási eredményeivel, s megállapították, hogy már mindössze 16 hetes meditációs gyakorlat elegendő volt, hogy az idegrendszeri struktúráikban a normális stílusú magatartásmintákat támogató idegi kapcsolatok alakuljanak ki, melyek drámai módon támogatják a pro-szociális viselkedést és gondolkodást.
A „normális” alatt azt értjük, hogy a meditáló fogvatartottak idegrendszere és agya a TM elsajátítása és gyakorlása következtében – néhány hét alatt – lényegesen kiegyensúlyozottabban kezdett működni, kevesebb stressz, kevesebb szorongás volt jellemző rájuk. Röviden a Transzcendentális Meditációt rendszeresen gyakorló elítéltek életére drámaian lecsökkent a „tudat alatt tárolt” érzelmi toxinok káros hatása.
Az egyik rendőr-nyomozó ezt írta a kutatással kapcsolatban: „Ennek a randomizált, kontrollált vizsgálatnak az eredményei azt mutatták, hogy jelentősen csökkentek a büntetőjogi gondolkodási hibák, a pszichés, észlelt stressz és a traumatikus tünetek, míg az elkövetők fokozott lelki jóléte (a túllépés technikáját elsajátítók körében) pozitívabb eredményt mutatott, mint a standard vizsgálatokon résztvevő más csoportok tagjainál.
A kutatási dokumentáció társzerzője az a személy, aki már több, mint húsz éves tapasztalattal rendelkezik a Department of Corrections-nél és közvetlenül alkalmazza a börtön kutatási rehabilitációs eredményeket az adatok láttán úgy nyilatkozott 1(6 hét túllépés után) hogy „az eredmény lenyűgöző!”
Amikor a Transzcendentális Meditáció jótékony hatásairól beszéltem a fogvatartottaknak, rendszeresen mutattam nekik publikált tudományos cikkeket, tudományos közleményeket és ezekről az előnyökről az idők során elkezdtem összeállítani egy listát a publikációk adataival. Végül a lista olyan hosszú és nehezen kezelhető lett, hogy ezeket a szakmai forrásokat másokkal is érdemesnek tartottam megosztani. Találtam egy hasonló listát Dr. David Orme-Johnson (www.truthabouttm.org), és Dr. Roger Chalmers (http://uk.tm.org) munkái között is, akik a Transzcendentális Meditáció hatásainak és a magasabb tudatállapotok kutatásának úttörőiként vannak számon tartva. Utóbbiakat is felhasználtam a „gyűjteményhez”.
A „listám” alább olvasható. Folyamatosan fejlődő és rendszeresen frissített anyagról van szó, hiszen a kutatások mind a mai napig zajlanak a Transzcendentális Meditáció jótékony hatásait és előnyeit tekintve. Sőt, az elmúlt öt év során is születtek még az alább közölteken kívül kutatási eredmények.
Blaze Compton, Transzcendentális Meditáció tanár
Díjmentes TM-előadások: TM-tanfolyam.hu
- Increased Longevity (Vol.[4] 4: 300; Vol. 5: 380.)
- Increased Cognitive Flexibility (Vol. 4: 300; Vol. 5: 380.)
- Increased Learning Ability (Vol. 4: 300; Vol. 5: 380.)
- Greater Perceptual Flexibility (Vol. 4: 300; Vol. 5: 380.)
- Increased Word Fluency (Vol. 4: 300; Vol. 5: 380.)
- Improvements in Behavioral Flexibility (Vol. 4: 300; Vol. 5: 380.)
- Improvements in Self-Reported Aging (Vol. 4: 300; Vol. 5: 380.)
- Greater Sense of Well-being (Vol. 4: 300; Vol. 5: 380.)
- Improved Mental Health(Vol. 4: 300; Vol. 5: 380.)
- Reduction of Blood Pressure(Vol. 4: 300; Vol. 5: 380.)
- Younger Biological Age Compared to Norms (Vol. 3: 242.)
- Younger Biological Age Compared to Controls (Vol. 3: 242.)
- Longitudinal Reduction in Biological Age (Vol. 3: 246.)
- 70% Reduction in Hospitalization in Individuals over 40 Years Old who Transcend, Compared to Norms (Vol. 5: 378.)
- Hormone Levels Indicating Younger Age (Vol. 5: 376.)
- Lower Erythrocyte Sedimentation Rate Levels Indicating Less Serious Illness and Slower Aging (Vol. 5: 377.)
- Reduction of Aging Effects as Assessed by Perceptual/Motor Speed and Non-Verbal Intelligence (Vol.5: 393.)
- Duration of TM Linked to Younger Biological Age (Vol. 3: 242, 245, 246)
- Younger Physiological Age as Reflected in Levels of Systolic Blood Pressure (Vol. 3: 245.)
- Younger Physiological Age as Reflected in Levels of Auditory Threshold (Vol. 3: 245.)
- Superior Performance on Tests Measuring the Age Related Psychological Variable of Visual Memory (Vol. 3: 257, Vol. 5: 393.)
- Superior Performance on Tests Measuring the Age Related Psychological Variable of Creativity (Vol. 3: 257, Vol. 5: 393.)
- Superior Performance on Tests Measuring the Age Related Psychological Variable of Field Independence (Vol. 3: 257, Vol. 5: 393.)
- Superior Performance on Tests Measuring the Age Related Psychological Variable of Perceptual Speed (Vol. 3: 257, Vol. 5: 393.)
- Superior Performance on Tests Measuring the Age Related Psychological Variable of Motor Speed (Vol. 3: 257, Vol. 5: 393.)
- Superior Performance on Tests Measuring the Age Related Psychological Variable of Reaction Time (Vol. 3: 257, Vol. 5: 393.)
- Superior Performance on Tests Measuring the Age Related Psychological Variable of and Non-Verbal Intelligence (Vol. 3: 257, Vol. 5: 393.)
- Faster Processing of Cognitively Complex Information in the Elderly as Measured by Event-Related Potentials (Vol. 5: 374.)
- Other Findings Indicating Reversal of the Aging Process (Vol. 1: 15, 18, 25–28, 31–42, 45–53, 55–58, 63, 65, 67, 74, 77, 78, 87, 88, 103, 104; Vol. 2: 123–126, 128–130, 134, 136, 143, 147, 150, 158; Vol. 3: 195, 197, 202, 232, 233, 235, 236, 239. 240. 244. 248. 250. 251. 254–256. 259–261 268, 273, 277, 278, 280, 290; Vol. 4: 294, 299–301, 307.)
- Improved Cardiovascular Health Associated w/ Longevity (Vol. 1-5)
- Improved Work Satisfaction Associated w/ Longevity(Vol. 1-5)
- Improved Positive Health Habits Associated w/ Longevity (Vol. 1-5)
- Improved Physical Function Associated w/ Longevity(Vol. 1-5)
- Improved Happiness Rating Associated w/ Longevity(Vol. 1-5)
- Improved Self-Health Rating Associated w/ Longevity(Vol. 1-5)
- Improved Intelligence Associated w/ Longevity(Vol. 1-5)
- Improved Mental Health Associated w/ Longevity (Vol. 1-5)
- Decreased Metabolic Rate(Vol. 1: 1–4, 6, 7, 9; Vol. 2: 108, 130; Vol. 3: 205; Vol. 5: 357, 359)
- Decreased O2 Consumption(Vol. 1: 1–4, 6, 7, 9; Vol. 2: 108, 130; Vol. 3: 205; Vol. 5: 357)
- Decreased Carbon Dioxide Elimination (Vol. 1: 1–4, 6, 7, 9; Vol. 3: 205.)
- Decreased Tidal Volume (Lung Capacity) (Vol. 1: 9; Vol. 4: 293.)
- Decreased Minute Ventilation (Vol. 1: 1-4, 7; Vol. 2: 108; Vol. 3: 205; Vol. 4: 293.)
- Decreased Respiration Rate (Vol. 1: 2–5, 9, 10; Vol. 2: 108; Vol. 3: 197, 205)
- Lower Respiration Rate than Ordinary Rest (Vol. 5: 356, 358.)
- Periodic Breath Suspension (Vol. 1: 7, 8; Vol. 3: 197, 205, 213; Vol. 4: 293; Vol. 5)
- Increased Ease of Breathing (Vol. 1: 6.)
- Increased Airway Conductance (Vol. 1: 6.)
- Decreased Heart Rate (Vol. 1: 1–4, 6; Vol. 2: 108; Vol. 3: 197, 205; Vol. 4: 302; Vol. 5)
- Increased Blood Flow to the Brain (Vol. 2: 105, 106; Vol. 3: 194, 195.)
- EEG Indications of a Unique State of Restful Alertness (Vol. 1: 1–4, 7, 14, 15, 17, 18; Vol. 2: 117; Vol. 3: 211, 213, 220; Vol. 5: 369.)
- Increased Basal Skin Resistance (Vol. 1: 1–4, 22–25; Vol. 2: 130; Vol. 3: 205; Vol. 4: 293; Vol. 5: 356.)
- Higher Basal Skin Resistance than Simple Rest (Vol. 5: 3: 56)
- Decreased Spontaneous Skin Resistance Responses (Vol. 1: 25–27; Vol. 2: 130; Vol. 3: 197, 205.)
- Increased Muscle Relaxation (Vol. 1: 15; Vol. 2: 122; Vol. 3: 209, 212.)
- Reduced Difference between Arterial and Venous CO2 Content in Forearm Metabolism (Vol. 5: 361.)
- Reduced Metabolism in Muscle Tissue (Vol. 3: 207; Vol. 4: 291)
- Reduced Glucose Metabolism in Red Blood Cells (Vol. 2: 112; Vol. 3: 203; Vol. 4: 292; Vol. 5: 362.)
- Reduction in Biochemical Indices of Stress (Vol. 1: 2–4; Vol. 3: 194, 203; Vol. 4: 291, 292.)
- Decrease of the Stress Indicator of Arterial Lactate Levels (Vol. 1: 2–4; Vol. 3: 194, 203; Vol. 4: 291, 292.)
- Decrease of the Stress Indicator of Plasma Cortisol Levels (Vol. 1: 12; Vol. 2: 109, 111; Vol. 3: 190, 191, 200, 202.)
- Lower Plasma Lactate than Ordinary Rest (Vol. 5: 356)
- Unique Changes in Biochemical and Hormonal Balance (Vol. 1: 13; Vol. 2: 107, 110, 113; Vol. 3: 192, 196, 198–200, 202, 204, 206, 208; Vol. 5: 363–368, 376.)
- Transcending Associated with High EEG Coherence (Vol. 1: 7; Vol. 3: 197, 205, 213; Vol. 4: 293; Vol. 5: 358.)
- Transcending Associated with Marked Reductions in Respiration Rate (Vol. 1: 7; Vol. 3: 197, 205, 213; Vol. 4: 293; Vol. 5: 358.)
- Transcending Associated with Marked Reductions in Heart Rate (Vol. 1: 7; Vol. 3: 197, 205, 213; Vol. 4: 293; Vol. 5: 358)
- Transcending Associated with marked reductions in Metabolic Rate (Vol. 1: 7; Vol. 3: 197, 205, 213; Vol. 4: 293; Vol. 5: 358)
- Transcending Associated with Periodic Breath Suspension (Vol. 1: 7; Vol. 3: 197, 205, 213; Vol. 4: 293; Vol. 5: 358)
- Transcending Associated with marked reductions in Absence of Spontaneous Skin Resistance Responses (Vol. 1: 7; Vol. 3: 197, 205, 213; Vol. 4: 293; Vol. 5: 358)
- Transcending Associated with marked reductions in High Basal Skin Resistance (Vol. 1: 7; Vol. 3: 197, 205, 213; Vol. 4: 293; Vol. 5)
- Decreased Urinary Free Cortisol Levels Biochemically Indicating Reduced Stress (Vol. 2: 109.)
- Increased Autonomic Stability(Vol. 1: 25–28, 87; Vol. 2: 123, 130; Vol. 3: 197)
- Less Stressful Interaction with the Environment (Vol. 1: 25–28; Vol. 2: 123; Vol. 5: 370.)
- Improved Resistance to Stress (Vol. 1: 25–28; Vol. 2: 123; Vol. 5: 370.)
- Improved Stress Reactivity (Vol. 5: 367.)
- Lower Beta-Adrenergic Receptor Sensitivity (Vol. 5: 367.)
- Lower Blood Reactivity to Stress (Vol. 5: 367.)
- Lower Resting Blood Pressure (Vol. 5: 367.)
- Lower Resting Epinephrine Level (Vol. 5: 367.)
- Lower Chronic Stress (Vol. 5: 368.)
- Normal Neuroendocrine Reactivity (Vol. 5: 368.)
- Meditating Type A Subjects Showed Healthy Neuroendocrine Pattern (Vol. 5: 368.)
- Maintenance of a Relaxed Style of Physiological Functioning Outside of Meditation (Vol. 1: 6, 18, 30; Vol. 3: 197; Vol. 5: 356)
- Lower Baseline Levels of Spontaneous Skin Resistance Responses Outside of TM (Vol. 5: 356.)
- Lower Baseline Levels of Respiration Rate Outside the Practice of TM (Vol. 5: 356.)
- Lower Baseline Heart Rate Outside of TM (Vol. 5: 356.)
- Lower Baseline Plasma Lactate Outside of TM (Vol. 5: 356.)
- Maintenance of Relaxation during a Task (Vol. 2: 122.)
- More Settled Physiological Response during Cognitively Demanding Tasks (Vol. 5: 372.)
- Increased Physiological Stability during Task Performance (Vol. 5: 399.)
- Unique Pattern of DNA Repair (Vol. 5: 360.)
- Decreased Blood Pressure in Hypertensive Subjects (Vol. 1: 32–34; Vol. 2: 124, 125; Vol. 3: 233, 235, 238; Vol. 4: 300; Vol. 5: 380.)
- Reduction of Blood Pressure to More Ideal Levels in Normatensive Subjects (Vol. 2: 124; Vol. 3: 233, 244–246; Vol. 5: 367, 380.)
- Lower Hospital Admissions for Heart Disease (Vol. 5: 378)
- Decreased need for Anti-Hypertensives (Vol. 3: 238, 247.)
- Decreased Serum Cholesterol Levels in Normal and Hypercholesterolaemic Patients (Vol. 3: 202, 233, 236.)
- Improvements in Angina Pectoris (Vol. 1: 35; Vol. 3: 238)
- Improved Exercise Tolerance (Vol. 1: 35; Vol. 3: 238.)
- Increased Maximum Workload (Vol. 1: 35.)
- Delayed Appearance of Electrocardiographic Abnormalities during Exercise (Vol. 1: 35.)
- Delayed Onset of ST Segment Depression (Vol. 1: 35.)
- Decreased Double Product (Vol. 1: 35.)
- Decreased Need for Heart Disease Drugs (Vol. 1: 35; Vol. 3: 238)
- Lower Baseline Levels of Heart Rate (Vol. 5: 356, 358.)
- Improved Cardiovascular Efficiency (Vol. 1: 35; Vol. 2: 130.)
- Improved Blood Sugar Control in Diabetics (Vol. 3 238)
- Improvements in Bronchial Asthma (Vol. 1: 2, 36–38; Vol. 3: 232, 238.)
- Reduced Severity of Symptoms (Vol. 1: 2, 36–38; Vol. 3: 232, 238.)
- Reduced Airway Resistance (Vol. 1: 36–38.)
- Decreased Need for Anti-Asthmatic Drugs (Vol. 3: 238, 247.)
- Improvements in Chronic Bronchitis (Vol. 3: 238.)
- Fewer Upper Respiratory Tract Infections (Vol. 1: 2; Vol. 3: 238.)
- Improved Respiratory Efficiency (Vol. 1: 6; Vol. 2: 130.)
- Less Nose, Throat, & Lung Hospital Admissions (Vol. 5: 378.)
- Increased Orderliness of Brain Functioning (Vol. 4, 14–18, 20, 102; Vol. 2: 115, 117; Vol. 3: 205, 210, 211, 213, 215, 217, 218, 224; Vol. 4: 294–296.)
- Increased Integration of Brain Functioning(Vol. 1: 14–17, 20, 102; Vol. 3: 205, 210, 211, 213, 215, 217, 218, 224; Vol. 4: 294–296; Vol. 5: 370, 371, 375.)
- Increased Brain Wave Coherence(Vol. 1: 20, 21, 102; Vol. 3: 205, 210, 213, 215, 217, 218, 224; Vol. 4: 294, 296; Vol. 5: 370, 371.)
- Increased EEG Coherence at the Moment of Performance of TM-Sidhi Yogic Flying (Vol. 1: 102; Vol. 5: 375.)
- Increased EEG Coherence during Acquisition of New Information (Vol. 5: 372.)
- Increased Blood Flow to the Brain (The Basis of Optimizing Brain Functioning) (Vol. 2: 105, 106; Vol. 3: 194, 195.)
- Correlations Found in Subjects Transcending Between Duration of Practice and High EEG Coherence (Vol. 4: 296.)
- Correlations Found in Subjects Transcending Between High EEG Coherence and Experience of Transcendental Consciousness (Vol. 1: 21.)
- Correlations Found in Subjects Transcending Between High Levels of Creativity and Experience of Transcendental Consciousness (Vol. 1: 21.)
- Correlations Found in Subjects Transcending Between Neurological Efficiency and Experience of Transcendental Consciousness (Vol. 1: 21.)
- Correlations Found in Subjects Transcending Between High EEG Coherence and High Levels of Creativity (Vol. 1: 102; Vol. 3: 216.)
- Correlations Found in Subjects Transcending Between Higher States of Consciousness and High Levels of Creativity (Vol. 1: 102; Vol. 3: 216.)
- Correlations Found in Subjects Transcending Between Experience of the TM-Sidhis, and High Levels of Creativity (Vol. 1: 102; Vol. 3: 216.)
- Correlations Found in Subjects Transcending Between Increased Frontal EEG Coherence and Increased Creativity (Vol. 4: 294.)
- Correlations Found in Subjects Transcending Between High EEG Coherence and Flexibility of Concept Learning (Vol. 3: 219.)
- Correlations Found in Subjects Transcending Between Neurological Efficiency and Flexibility of Concept Learning (Vol. 3: 219.)
- Correlations Found in Subjects Transcending Between High EEG Coherence and Superior Academic Performance (Vol. 3: 230, 231)
- Correlations Found in Subjects Transcending Between Neurological Efficiency and Superior Academic Performance (Vol. 3: 230, 231.)
- Correlations Found in Subjects Transcending Between High EEG Coherence and Improved Performance in Mathematics (Vol. 3: 221.)
- Correlations Found in Subjects Transcending Between Changes in EEG Coherence and Increased Moral Maturity (Vol. 4: 294.)
- Correlations Found in Subjects Transcending Between Changes in EEG Coherence and Increased Intelligence (Vol. 4: 294)
- Correlations Found in Subjects Transcending Between Changes in EEG Coherence and Improved Academic Performance (Vol. 4: 294.)
- Correlations Found in Subjects Transcending Between Changes in EEG Coherence and Decreased Neuroticism (Vol. 4: 294.)
- Correlations Found in Subjects Transcending Between High EEG Coherence and a Unified Cosmic Perspective on Life (Vol. 3: 223.)
- Correlations Found in Subjects Transcending Between High Levels of Principled Moral Reasoning and a Unified Cosmic Perspective on Life (Vol. 3: 223.)
- Correlations Found in Subjects Transcending Between High EEG Coherence and More Ideal Social Behavior (Vol. 4: 297)
- Correlations Found in Subjects Transcending Between High EEG Coherence and Self-Esteem (Vol. 5: 370.)
- Increased Age-Related Psychological Variables (Vol. 3: 225.)
- Increased Neurological Efficiency (Vol. 2: 114, 116; Vol. 3: 214, 251; Vol. 5:)
- Increased Efficiency of Information Transfer in the Brain (Vol. 2: 114, 116; Vol. 3: 214, 251; Vol. 5: 374.)
- Improved Spinal Reflex Activity (Vol. 3: 226, 227,229.)
- Improvements in Reaction-Time Measures Which are Correlated with Intelligence (Vol. 5: 390.)
- Greater Ability to Process Information at Speed (Vol. 2: 123.)
- Improved Left Hemispheric Functioning (Vol. 1: 54–56, 58, 62, 63, 103; Vol. 2: 134; Vol. 3: 260, 265; Vol. 5: 387, 389, 390, 392.)
- Improved Verbal Thinking (Vol. 1: 54–56, 58, 62, 63, 103; Vol. 2: 134; Vol. 3: 260, 265; Vol. 5: 387, 389, 390, 392.)
- Improved Analytical Thinking (Vol. 1: 54–56, 58, 62, 63, 103; Vol. 2: 134; Vol. 3: 260, 265; Vol. 5: 387, 389, 390, 392.)
- Improved Right Hemispheric Functioning (Vol. 1: 103; Vol. 2: 135, 140; Vol. 3: 257, 260; Vol. 5: 393.)
- Improved Synthetic Thinking (Vol. 1: 103; Vol. 2: 135,140; Vol. 3: 257, 260; Vol. 5)
- Improved Holistic Thinking (Vol. 1: 103; Vol. 2: 135,140; Vol. 3: 257, 260; Vol. 5: 393.)
- Increased Sensitivity of the Nervous System (Vol. 4: 301.)
- Increased Strength of the Nervous System (Vol. 4: 301.)
- Increased Flexibility of the Nervous System (Vol. 4: 301.)
- Greater Adaptability of Brain Functioning (Vol. 2: 120.)
- More Order-Producing Brain Activity during Sleep (Vol. 5:373)
- Increased Learning Ability (Vol. 5: 380.)
- Greater Perceptual Flexibility (Vol. 5: 380.)
- Increased Word Fluency in the Elderly (Vol. 5: 380.)
- Faster Processing of Complex Information in the Elderly Measured by Event-Related Potentials (Vol. 5: 374.)
- More Autonomic Stability (Vol. 1: 25–28, 87; Vol. 2: 123, 130; Vol. 3: 197,205; Vol. 5: 356.)
- Lower Baseline Levels of Spontaneous Skin Resistance Responses (Vol. 5: 356.)
- Lower Baseline Levels of Respiration Rate (Vol. 5: 356.)
- Lower Baseline Levels of Heart Rate (Vol. 5: 356.)
- Lower Baseline Levels of Plasma Lactate (Vol. 5: 356.)
- More Autonomic Stability during Task Performance (Vol. 5: 399.)
- More Effective Interaction w/ Environment (Vol. 1: 25–28; Vol. 2: 123; Vol. 5. 370)
- Improved Resistance to Stress (Vol. 1: 25–28; Vol. 2: 123; Vol. 5. 370.)
- Improved Temperature Homeostasis (Vol. 1: 31.)
- More Efficient Neuroendocrine Regulation (Vol. 5: 364.)
- Normal Neuroendocrine Reactivity (Vol. 5: 368.)
- Healthy Neuroendocrine Pattern (Vol. 5: 368.)
- Improved Stress Reactivity (Vol. 5: 367.)
- Lower Beta-Adrenergic Receptor Sensitivity (Vol. 5: 367.)
- Lower Blood Reactivity to Stress (Vol. 5: 367.)
- Lower Resting Blood Pressure (Vol. 5: 367.)
- Lower Resting Epinephrine Level (Vol. 5: 367.)
- Lower Hospital Admissions Rate for Diseases of the Nervous System(Vol. 5: 378.)
- Reduced Frequency and Severity of Epileptic Seizures (Vol. 3: 202.)
- Reduction of Abnormal EEG Features in Epileptic Patients (Vol. 3: 202.)
- Normalization of Neurotransmitter Metabolite Levels in Epileptic Patients (Vol. 3: 202.)
- Decreased Stuttering (Vol. 1: 43; Vol. 4: 298.)
- Lower Urinary Free Cortisol Levels (Vol. 2: 109)
- Increased Stability of Control of Hormone Levels (Vol. 3: 206; 363, 364; Vol. 5: 363, 364.)
- Increased Sensitivity of Control of Hormone Levels (Vol. 3:306; 363, 364; Vol. 5: 363, 364.)
- Increased Endrocrinological Efficiency (Vol. 5: 363, 364.)
- Lower Baseline Levels of Pituitary Hormones (TSH, Growth Hormone, and Prolactin) with Maintenance of Adrenal, Thyroid Hormone and Insulin Levels in Long-Term TM Participants (Vol. 5: 363, 364.)
- Increased Plasma Level of Arginine Vasopress Associated with Body Fluid Balance (Vol. 5: 366.)
- Increased Plasma Level of Arginine Vasopressin Associated with Learning (Vol. 5: 366.)
- Increased Plasma Level of Arginine Vasopressin Associated with Memory (Vol. 5: 366.)
- Improved Glucose Tolerance (Vol. 3: 240; Vol. 4: 299.)
- Improved Stress Reactivity (Vol. 5: 367.)
- Lower Beta-Adrenergic Receptor Sensitivity (Vol. 5: 367.)
- Lower Resting Epinephrine Level (Vol. 5: 367.)
- Normal Neuroendocrine Reactivity (Vol. 5: 368.)
- Meditating Type A Subjects Showed Healthy Neuroendocrine Pattern (Vol. 5: 368.)
- Improved Blood Sugar in Diabetic Patients(Vol. 3: 238.)
- Improvements in Patients with Menorrhagia (Vol.3: 238.)
- Lower Erythrocyte Sedimentation Rate Levels Indicating Less Serious Illness and Slower Aging (Vol. 5: 377.)
- Hormone Levels Indicating Younger Biological Age (Vol. 5: 376.)
- Lower Hospitalizations for Infectious Diseases(Vol. 5: 378.)
- Lower Health Care Utilization(Vol. 5: 378, 379.)
- Benefits for Individuals with Allergies (Vol. 1: 2; Vol. 3: 238, 239.)
- Fewer Infections (Vol. 1: 2; Vol. 3: 238, 239.)
- Reduced Inflammation of the Gums(Vol. 1: 39; Vol. 3: 237, 238.)
- Decreased Need for Anti-Histamines (Vol. 3: 247.)
- A unique Pattern of DNA Repair (Vol. 5: 360, 413.)
- Fewer Hospital Admissions for Bone Diseases (Vol. 5: 378.)
- Fewer Hospital Admissions for Muscle Diseases (Vol. 5: 378.)
- Improvements in Chronic Back Pain (Vol. 3: 238.)
- Improvements in Rheumatoid Arthritis (Vol. 3: 238
- Less Musculo-Skeletal System Complaints (Vol. 3: 238.)
- Improvements in Perceptual/Motor Speed (Vol. 5: 393.)
- Generally Improved Musculo-Skeletal System (Vol. 3: 241.)
- Fewer Hospital Admissions for Gastro-Intestinal Disorders (Vol. 5: 378.)
- Fewer Hospital Admissions for Irregularities of Metabolism (Vol. 5: 378.)
- General Digestive System Improvements (Vol. 3: 239.)
- Improved Periodontal Health (Vol. 1: 39; Vol. 3: 237, 238.)
- Improvements in Patients with Dyspepsia (Vol. 1: 95; Vol. 3: 238.)
- Improvements with Chronic Colitis (Vol. 1: 95; Vol. 3: 238.)
- Improvements with Other Digestive System Complaints (Vol. 1: 95; Vol. 3: 238.)
- Improved Auditory Thresholds (Vol. 1: 104; Vol. 3: 245, 246, 252; Vol. 4: 301, 302.)
- Improved Auditory Discrimination (Vol. 1: 50; Vol. 2: 123, 128; Vol. 3: 256.)
- Improved Efficiency of Visual Perception (Vol. 3: 253; Vol. 4: 300.)
- Increased Freedom from Habitual Patterns of Perception (Vol. 3: 253; Vol. 4: 300.)
- Lower Incidence of Perceptual Illusion (Vol. 2: 131.)
- Increased Perceptual Flexibility(Vol. 1: 103; Vol. 3: 250, 253; Vol. 4: 300; Vol. 5: 380.)
- Increased Perceptual Speed (Vol. 3: 257.)
- Increased Vigilance and Improved Capacity for Selective Attention (Vol. 3: 251; Vol. 4: 300; Vol. 5: 380.)
- Increased Field Independence (Vol. 1: 51, 52, 103; Vol. 3: 255, 257, 259; Vol. 4: 307; Vol. 5: 384, 389.)
- Growth of a Stable Internal Frame of Reference (Vol. 1: 51, 52, 103; Vol. 3: 255, 257, 259; Vol. 4: 307; Vol. 5: 384, 389.)
- Improved Perceptual/Motor Speed and Non-Verbal Intelligence (Vol. 5: 393.)
- Reduction of Aging Effects as Assessed by Perceptual/Motor Speed (Vol. 5: 393.)
- Faster Reactions (Vol. 1: 45–47, 53; Vol. 2: 129; Vol. 3: 248, 251, 254, 257; Vol. 4: 301; Vol. 5: 358, 390.)
- Superior Perceptual-Motor Performance (Vol. 1: 48, 49.)
- Increased Psycho-Motor Speed (Vol. 1: 103; Vol. 3: 250, 257; Vol. 5: 393.)
- Increased Efficiency of Psycho-Motor Co-ordination (Vol. 3: 250.)
- Improved Motor-Cognitive Flexibility (Vol. 1: 103.)
- Improved Athletic Performance (Vol. 2: 130.)
- Improved Neuromuscular Integration (Vol. 2: 130.)
- Improved Running Speed (Vol. 2: 130.)
- Improved Agility (Vol. 2: 130.)
- Improved Standing Broad Jump (Vol. 2: 130.)
- Correlations Found between Experiences of Higher States of Consciousness and Superior Performance in Perceptual Speed in Transcending Subjects (Vol. 3: 258.)
- Correlations Found between Experiences of Higher States of Consciousness and Superior Performance in Flexibility in Transcending Subjects (Vol. 3: 258.)
- Correlations Found between Experiences of Higher States of Consciousness and Superior Performance in Creativity in Transcending Subjects (Vol. 3: 258.)
- Correlations Found between Experiences of Higher States of Consciousness and Superior Performance in Intelligence in Transcending Subjects (Vol. 3: 258.)
- Correlations Found between Experiences of Higher States of Consciousness and Superior Performance in Field Independence in Transcending Subjects (Vol. 3: 258.)
- Correlations Found between Experiences of Higher States of Consciousness and Superior Performance in Psycho-Motor Speed in Transcending Subjects (Vol. 3: 258.)
- Fewer Medical Complaints during Pregnancy (Vol. 3: 234.)
- Less Anxiety during Pregnancy (Vol. 3: 234.)
- Less Anxiety during Childbirth (Vol. 3: 234.)
- Less Pain during Pregnancy (Vol. 3: 234.)
- Less Pain during Childbirth (Vol. 3: 234.)
- Shorter Duration of Labor (Vol. 3: 234.)
- Lower Frequency of Vacuum or Forceps Delivery (Vol. 3: 234.)
- Lower Frequency of Other Operative Interventions during Labor (Vol. 3: 234.)
- Increased Quiet Alertness in Newborns (Vol. 5: 381.)
- Shorter Stay in the Hospital for Child Delivery (Vol. 5: 378.)
- Greater Frequency of Breast-Feeding (Vol. 3: 234.)
- Longer Duration of Breast-Feeding (Vol. 3: 234.)
- Decreased Use of Cigarettes (Vol. 1: 80, 84; Vol. 2: 150, 153, 161–163; Vol. 3: 239, 247, 276, 280, 287; Vol. 5; 399.)
- Decreased Use of Alcohol (Vol. 1: 73, 80, 83–85, 95; Vol. 2: 126, 150, 153, 162, 163; Vol. 3: 239, 247, 282, 283, 287; Vol. 4: 313; Vol. 5: 399.)
- Decreased Drug Abuse(Vol. 1: 73, 79–82, 84–86, 89, 90, 95; Vol. 2: 153, 161–163; Vol. 3: 239, 247, 277, 282, 287; Vol. 5: 421.)
- Decreased Intake of Caffeine (Vol. 2: 163; Vol. 3: 239.)
- Increased Co-operation with Medical Advice (Vol. 3: 238.)
- Fewer Hospital Inpatient Days in All Age Categories (Vol. 5: 378.)
- Fewer Hospital Outpatient Visits in All Age Categories (Vol. 5: 378.)
- Fewer Inpatient Admissions for All Major Categories of Disease (Vol. 5: 378.)
- Lower Health Insurance Utilization Rates among MUM Faculty and Staff (Vol. 5: 379.)
- Lower Erythrocyte Sedimentation Rate Levels Indicating Less Serious Illness (Vol. 5: 377.)
- Maintenance of a Relaxed Style of Physiological Functioning Outside of Meditation (Vol. 1: 6, 18, 30; Vol. 3: 197; Vol. 5: 356.)
- Maintenance of Physiological Relaxation during a Task (Vol. 2: 122; Vol. 5: 372, 399.)
- Faster Recovery from Exertion(Vol. 1: 31, 53.)
- Increased Energy and Endurance (Vol. 1: 62; Vol. 2: 130; Vol. 3: 238.)
- Improvements in Sleeping and Dreaming Patterns (Vol. 1: 41, 42, 95; Vol. 3: 238, 243; Vol. 4: 313.)
- Relief from Insomnia (Vol. 1: 41, 42, 95; Vol. 3: 238, 243; Vol. 4: 313.)
- Decreased Time to Fall Asleep(Vol. 1: 41, 42; Vol. 2: 126, 160; Vol. 3: 278, 280; Vol. 4: 314.)
- Decreased Awakenings per Night (Vol. 2: 126, 157, 160; Vol. 3: 278, 280; Vol. 4: 314.)
- Improved Quality of Sleep (Vol. 2: 126, 157, 160; Vol. 3: 278, 280; Vol. 4: 314; Vol. 5: 399.)
- Decreased Time to Awaken Fully (Vol. 2: 126.)
- Increased Restedness on Awakening (Vol. 2: 126.)
- Decreased Drowsiness (Vol. 2: 126, 147.)
- Decreased Lethargy (Vol. 2: 126, 147.)
- Decreased Daytime Napping (Vol. 2: 126.)
- Decrease in Number of Dreams Remembered (Vol. 2: 126.)
- Decrease in Complexity of Dreams (Vol. 2: 126.)
- Decrease in Unpleasant Dreams (Vol. 2: 126.)
- Decrease in Recurring Dreams (Vol. 2: 126.)
- Increased Order-Producing Activity of the Brain during Sleep (Vol. 5: 373.)
- Decreased Need for Sleep Medications(Vol. 1: 95; Vol. 2: 126, 153; Vol. 3: 238, 239, 247.)
- Faster Recovery from Sleep Deprivation (Vol. 1: 40.)
- Decreased Fatigue(Vol. 2: 147; Vol. 3: 238.)
- Improvements in General Physical and Mental Well-Being in Individuals under Medical Care (Vol. 3: 238, 243.)
- Improved Self-Health Rating (Vol. 1: 2; Vol. 3: 239, 247 Vol. 5: 399, 414.)
- Decreased Susceptibility to, and Discomfort from, Physical and General Complaints (Vol. 3: 241.)
- Benefits for Patients Recovering from Serious Illnesses (Vol. 3: 232, 238.)
- Improved Mental and Physical Health in Patients on a Kidney Transplant/Dialysis Program (Vol. 2: 125.)
- Fewer Domestic Accidents (Vol. 3: 239.)
- Fewer Work Accidents (Vol. 3: 239.)
- Fewer Road Accidents (Vol. 3: 239.)
- Fewer Other Accidents (Vol. 3: 239.)
- Improvements in Patients with Chronic Headaches (Vol. 1: 2, 95; Vol. 3: 238, 243.)
- Decreased Need for Analgesics (Vol. 2: 150, 153; Vol. 3: 239, 247.)
- Normalization of Body Weight (Vol. 3: 238, 290.)
- More Successful Weight Reduction in Obese Subjects (Vol. 3: 238, 290.)
- Changes towards Ideal Body Weight in Overweight Subjects (Vol. 1: 44; Vol. 3: 238.)
- Changes towards Ideal Body Weight in Underweight Subjects (Vol. 1: 44; Vol. 3: 238.)
- Improved Psychological Health in Subjects Undertaking Dietary Treatment for Obesity (Vol. 3: 290.)
- Improvements in Patients with Skin Disorders (Vol. 3: 239.)
- Less Eczema (Vol. 3: 239.)
- Decreased Skin Disorders (Vol. 1: 95.)
- Reduced Need for Medical Attention (Vol. 2: 126.)
- Improvements in Physical Health Positively Correlated with Duration and Regularity of TM (Vol. 3: 247.)
- Increased Longevity for the Elderly (Vol. 4: 300; Vol. 5: 380.)
- Increased Cognitive and Perceptual Flexibility in the Elderly (Vol. 4: 300; Vol. 5: 380.)
- Increased Behavioral Flexibility in the Elderly (Vol. 4: 300; Vol. 5: 380)
- Improved Mental Health in the Elderly (Vol. 4: 300; Vol. 5: 370, 371, 380, 395, 396.)
- More Ideal Levels of Blood Pressure in the Elderly (Vol. 4: 300; Vol. 5: 380.)
- Improvements in Mental Health in the Elderly(Vol. 4: 300; Vol. 5: 380.)
- Prevention of Psychiatric Illness (Vol. 2: 127.)
- Improved Family Health (Vol. 5: 400.)
- Healthier Glands Compared to the Norm (Orme-Johnson DW. Medical care utilization and the Transcendental Meditation program. Psychosomatic Medicine, 1987; 49:493-507)
- Healthier Metabolism Compared to the Norm (Orme-Johnson DW. Medical care utilization and the Transcendental Meditation program. Psychosomatic Medicine, 1987; 49:493-507)
- Healthier Immune System Compared to the Norm (Orme-Johnson DW. Medical care utilization and the Transcendental Meditation program. Psychosomatic Medicine, 1987; 49:493-507)
- Healthier Eyes Compared to the Norm (Orme-Johnson DW. Medical care utilization and the Transcendental Meditation program. Psychosomatic Medicine, 1987; 49:493-507)
- Healthier Skin Compared to the Norm (Orme-Johnson DW. Medical care utilization and the Transcendental Meditation program. Psychosomatic Medicine, 1987; 49:493-507)
- Healthier Nails Compared to the Norm (Orme-Johnson DW. Medical care utilization and the Transcendental Meditation program. Psychosomatic Medicine, 1987; 49:493-507)
- Healthier Hair Compared to the Norm (Orme-Johnson DW. Medical care utilization and the Transcendental Meditation program. Psychosomatic Medicine, 1987; 49:493-507)
- Healthier Blood Compared to the Norm (Orme-Johnson DW. Medical care utilization and the Transcendental Meditation program. Psychosomatic Medicine, 1987; 49:493-507)
- Healthier Spleen Compared to the Norm (Orme-Johnson DW. Medical care utilization and the Transcendental Meditation program. Psychosomatic Medicine, 1987; 49:493-507)
- Faster Reactions (Vol. 1: 45–47; Vol. 2: 129; Vol. 3: 248, 251, 254, 257; Vol. 4: 301; Vol. 5: 358, 390.)
- Increased Readiness for Activity (Vol. 1: 65; Vol. 2: 147.)
- Increased Alertness (Vol. 1: 29; Vol. 2: 164; Vol. 4: 308.)
- Increased Enthusiasm for Work (Vol. 2: 150; Vol. 5: 399.)
- Increased Liveliness (Vol. 1: 65, 77; Vol. 3: 277, 290.)
- Increased Vigor (Vol. 1: 65, 77; Vol. 3: 277.)
- Increased Energy(Vol. 1: 62; Vol. 2: 130.)
- Increased Endurance(Vol. 1: 62; Vol. 2: 130.)
- Increased Persistence (Vol. 2: 153.)
- Growth of a More Brave Nature(Vol. 1: 73.)
- Growth of a More Adventurous Nature(Vol. 1: 73.)
- Growth of a More Action-Oriented Nature (Vol. 1: 73.)
- Increased Physical Well Being(Vol. 4: 308; Vol. 5: 380, 395.)
- Increased Mental Well-Being (Vol. 4: 308; Vol. 5: 380, 395.)
- Increased Psychological Health(Vol. 1: 64–78, 81, 87–95; Vol. 2: 141–161, 164, 165; Vol. 3: 266–275, 277–281, 283, 284, 288; Vol. 4: 308–316; Vol. 5: 370, 371, 380, 394–397, 399, 400.)
- Lower Health Insurance Utilization for All Mental Disorders (Vol. 5: 378.)
- Improvements on Mental Health Positively Correlated with Duration and Regularity of TM ( Vol. 3: 247.)
- Prevention of Psychiatric Illness (Vol. 2: 127.)
- Orientation toward Positive Values (Vol. 5: 394.)
- Greater Sense of Well-Being (Vol. 5: 380, 395.)
- Psychological Health Associated with Physiological
- Indicators of Transcendental Consciousness (Vol. 5: 396.)
- Decreased Anxiety (Vol. 1: 33, 35, 61, 62, 68, 71, 72, 74, 75, 78, 81, 84, 88–90, 92, 93, 95; Vol. 2: 125, 133, 138, 143, 145, 148, 150, 153, 154, 157, 160; Vol. 3: 234, 238, 268, 273, 275, 278, 280, 281, 284, 288, 290; Vol. 4: 308, 310, 311, 313, 314, 316; Vol. 5: 370, 399.)
- Decreased Tension (Vol. 1: 65, 77, 81; Vol. 2: 150, 153, 157; Val. 3: 277, 281, 284; Vol. 4:308; Vol. 5: 399.)
- Decreased Nervousness (Vol. 1: 65, 77; Vol. 2: 147; Vol. 3: 273, 277, 290; Vol. 4: 308, 316.)
- Decreased Neuroticism (Vol. 1: 54, 55, 65, 67, 74, 77, 78, 92; Vol. 2: 137, 158; Vol. 3: 267, 269, 277, 278, 280; Vol. 4: 308, 310; Vol. 5: 370.)
- Decreased Hidden Mental Turbulence (Vol. 3: 269.)
- Decreased Somatic Neurotic Instability (Vol. I: 55.)
- Decreased Psychosomatic Disturbance (Vol. I: 65, 77, 95; Vol. 3: 232, 241, 277, 290.)
- Decreased Depression (Vol. 1: 65, 67, 74, 77, 78, 95; Vol. 2: 143, 147, 150, 158; Vol. 3: 238, 239, 268, 273, 277, 290; Vol. 4: 308, 313.)
- Decreased Instability Symptoms (Vol. 2: 153.)
- Decreased Hypochondriacal Symptoms (Vol. 2: 153.)
- Decreased Neurasthenic Symptoms (Vol. 2: 153.)
- Decreased Hypochondria (Vol. 1: 93.)
- Decreased Sense of Physical Inadequacy (Vol. 1: 67.)
- Decreased Vulnerability (Vol. 2: 147.)
- Decreased Frustration (Vol. 2: 153.)
- Decreased Irritability (Vol. 1: 65, 73, 77; Vol. 2 147, 158
- Decreased General Maladjustment (Vol. 5: 371.)
- Decreased Personality Disorder (Vol. 5: 371.)
- Decreased Aggressiveness (Vol. 1: 65, 73, 74, 77, Vol. 2: 147, 158; Vol. 3: 284, 290; Vol. 4: 308.)
- Decreased Hostility (Vol. 2: 142, 143, 158, 160, Vol.3: 278, 280; Vol.4: 314.)
- Decreased Impulsiveness (Vol. 1: 71; Vol. 2: 138, 157; Vol. 4: 316.)
- Increased Emotional Strength: Decreased Unwelcome Thoughts and Compulsive Behavior (Vol. 2: 150.)
- Decreased Psychoticism (Vol. 1: 92.)
- Increased Emotional Harmony (Vol. 2: 150.)
- Absence of Regressive Behavior (Vol. 2: 150.)
- Decreased Need for Tranquilizers (Vol. 1: 35, 95; Vol. 2:150, 153, 163; Vol.3: 238, 239, 243, 247, 267.)
- Decreased Need for Anti-Depressants (Vol. 3: 247.)
- Better Recall for Positive than Negative Words (Vol. 5: 394.)
- Lower Recognition Thresholds for Positive Words than Negative Words (Vol. 5: 394.)
- Differential Recognition Threshold for Positive and Negative Affect Terms Correlated with the Intensity of the Experienced Positive and Negative Affects (Vol. 5: 394.)
- More Positive Appraisal of Others (Vol. 5: 394.)
- Prevention of Psychiatric Illness (Vol. 2: 127.)
- Improvements in Anxiety Neurosis (Vol. 1: 95; Vol. 2: 157; Vol. 3: 238.)
- Improvements in Obsessive-Compulsive Neurosis (Vol.1: 95.)
- Improvements in Depression (Vol. 1: 95; Vol. 3:238.)
- Improvements in Psychosomatic Disorders (Vol. 1: 95; Vol. 3: 232.)
- Improvements in Schizophrenia (Vol. 2: 157; Vol. 3: 281, 283.)
- Improvements in Manic-Depressive Psychosis (Vol. 3: 281.)
- Improvements in Addictive Disorders (Vol. 1: 95; Vol. 2: 157; Vol. 3: 83.)
- Improvements in Alcoholism (Vol. 1: 95; Vol. 2: 157; Vol. 3: 83.)
- Improvements in Drug Abuse (Vol. 1: 95; Vol. 2: 157; Vol. 3: 83.)
- Improvements in Gambling (Vol. 1: 95; Vol. 2: 157; Vol. 3: 83.)
- More Effective Rehabilitation of Patients following Discharge from a Vocational Rehabilitation Unit: Greater Ability to Maintain Employment (Vol. 3: 283.)
- More Often Maintained on Out-Patient Care Alone (Vol. 3:283.)
- Improvements in Personality Disorders (Vol. 2: 157; Vol. 3: 281.)
- Decreased Overactive and Impulsive Behavior (Vol. 2: 157.)
- Improvements in Aggressive Psychiatric Patients (Vol. 3: 202.)
- Decreased Frequency of Attacks of Aggressive Behavior in Aggressive Psychiatric Patients (Vol. 3: 202.)
- Decreased Severity of Attacks of Aggressive Behavior in Aggressive Psychiatric Patients (Vol. 3: 202.)
- Normalization of Neurotransmitter Metabolite and Plasma Cortisol Levels (Vol. 3: 202.)
- Improvements in Autism (Vol. 3: 262.)
- Decreased Echolalic Behavior (Vol. 3: 262.)
- Improved Social Behavior in Mentally Challenged Subjects (Vol. 3: 263.)
- Improved Cognitive Functioning in Mentally Challenged Subjects (Vol. 3: 202, 263.)
- Increased Intelligence in Mentally Challenged Subjects (Vol. 3: 202, 263.)
- Improved Physical Health in Mentally Challenged Subjects (Vol. 3: 263.)
- Normalization of Neurotransmitter Metabolite and Plasma Cortisol Levels in Mentally Challenged Subjects (Vol. 3: 202.)
- Decreased Post-Traumatic Stress Disorder (Vol. 4: 313)
- Decreased Anxiety in War Veterans Suffering from PTSD (Vol. 4: 313.)
- Decreased Anxiety in PTSD Patients(Vol. 4: 313.)
- Decreased Depression in PTSD Patients (Vol. 4: 313.)
- Decreased Alcohol Use in War Veterans Suffering from PTSD (Vol. 4: 313.)
- Decreased Alcohol Use in PTSD Patients (Vol. 4: 313.)
- Decreased Insomnia in PTSD Patients (Vol. 4: 313.)
- Improved Employment Status in PTSD Patients (Vol. 4: 313.)
- Decreased Family Problems in PTSD Patients (Vol. 4: 313.)
- Decrease Marital Problems in War Veterans Suffering from PTSD(Vol. 4: 313.)
- Decreased Startle Response in War Veterans Suffering from PTSD (Vol. 4: 313.)
- Decreased Emotional Numbness in Veterans Suffering from PTSD (Vol. 4: 313.)
- Reduced Severity of Delayed Stress Syndrome in War Veterans Suffering from PTSD (Vol. 4: 313.)
- Improvements in Social Role Performance in War Veterans Suffering from PTSD (Vol. 4: 313.)
- Increased Resilience in War Veterans Suffering from PTSD (Vol. 4: 313.)
- Improved Academic Achievement in At-Risk Urban Middle School Students [CR[5] 400]
- Increased Intelligence and Improved Self-Concept among Children from Low Income Families [CR 280]
- Improved Academic Achievement in Secondary School Students [CR 271-273, 282, 397, 400]
- Improved Academic Achievement in University Students [CR 271-273, 282, 397, 400]
- Improved Academic Achievement in Postgraduate Students [CR 271-273, 282, 397, 400]
- Higher Graduation Rates [CR 422]
- Lower School Dropout [CR 422]
- Higher College Acceptance Rates [CR 422]
- Increased Social Maturity in College Students [CR 223]
- Decreased Sleepiness in College Students [CR 178]
- Decreased Total Psychological Distress in University Students [CR 25]
- Decreased Anxiety in University Students [CR 25]
- Decreased Depression in University Students [CR 25]
- Decreased Anger in University Students [CR 25]
- Decreased Hostility in University Students [25]
- Decreased Blood Pressure in University Students [CR 25]
- Improved Coping in University Students CR [25]
- Decreased General Psychological Distress [CR 410]
- Reduced Anxiety in Racial Ethnic Minority Secondary School Students [CR 410]
- Reduced Anxiety in Ethnic Minority Secondary School Students [CR 410]
- Greater Improvements in High School Students’ Speed Of Cognitive Processing Compared to a Traditional Chinese Meditation Technique or Napping [CR 266]
- Greater Improvements in High School Students in Cognitive Flexibility Compared to a Traditional Chinese Meditation Technique or Napping [CR 266]
- Greater Improvements in High School Students in Creativity Compared to a Traditional Chinese Meditation Technique or Napping [CR 266]
- Greater Improvements in High School Students in General Intelligence Compared to a Traditional Chinese Meditation Technique or Napping [CR 266]
- Greater Improvements in High School Students in Practical Intelligence Compared to a Traditional Chinese Meditation Technique or Napping [CR 266]
- Greater Improvements in High School Students in Field Independence Compared to a Traditional Chinese Meditation Technique or Napping [CR 266]
- Greater Improvements in High School Students in Reduced Anxiety Compared to a Traditional Chinese Meditation Technique or Napping [CR 266]
- Improvements in Intellectual Performance (Problem-Solving Ability) Compared to Control Students [CR 277]
- Improvements in Creativity Compared to Control Students [CR 277]
- Improvements in Tolerance Compared to Control Students [CR 277]
- Improvements in Self-Esteem Compared to Control Students [CR 277]
- Improvements in Autonomy Compared to Control Students [CR 277]
- Improvements in Independence Compared to Control Students [CR 277]
- Improvements in Innovation Compared to Control Students [CR 277]
- Improvements in Energy Compared to Control Students [CR 277]
- Improved Ability to Deal With Abstract and Complex Situations [CR 277]
- Decreased Student Anxiety Compared to Controls [CR 268-269, 277]
- Increased Intelligence in Students Compared to Control Students [CR 268-269]
- Increased Self-Esteem in Students Compared to Control Students [CR 268-269]
- Improved Physical Health in Students Compared to Control Students [CR 268-269]
- Decreased Depression in Students Compared to Control Students [CR 268-269]
- Significantly Increased Ego-Development Using Loevinger’s Scale Compared to Controls [CR 203]
- Significantly Higher Positive Ratings of Parents in Students’ Lives Compared to Controls [CR 226]
- Significantly Higher Positive Ratings of Spouses in Students’ Lives Compared to Controls [CR 226]
- Improved Performance on Standard Examinations After Six Months Compared to Controls [CR 271].
- Improved Scores on English of the California Standard Tests Compared to Controls [CR 400]
- Improved Scores on Mathematics Scales of the California Standard Tests Compared to Controls [CR 400]
- Less Likely to Drop Out of School [CR 422]
- Less Likely to Enter Prison [CR 422]
- More Likely to Be Accepted at Post-Secondary Educational Institutions [CR 422]
- Reductions in Absenteeism Compared to a Control Group who Participated in Health Education [CR 288]
- Reductions in School Rule Infractions Compared to a Control Group who Participated in Health Education [CR 288]
- Reductions in Suspension Days Compared to a Control Group who Participated in Health Education [CR 288]
- Higher Scores on an Electroencephalographic (EEG) Index of Brain Integration in Students Compared Controls [CR 178]
- Reduced Sleepiness in Students Compared to Non-Meditating Control [CR 178]
- No Increase in Physiological Stress Levels (Measured by Skin Resistance Responses) Despite Impending Final Examinations, in Contrast to the Expected Increase Seen in Controls [CR 178]
- Increased Self-Actualization in Economically Deprived Adolescents with Learning Problems (Vol. 2: 139.)
- Increased Independence in Economically Deprived Adolescents with Learning Problems (Vol. 2: 139.)
- Self-Supportiveness in Economically Deprived Adolescents with Learning Problems (Vol. 2: 139.)
- Improved Self-Regard in Economically Deprived Adolescents with Learning Problems (Vol. 2: 139.)
- Decreased Dropout Rate from School in Economically Deprived Adolescents with Learning Problems (Vol. 2: 139.)
- Decreases in Anxiety in Children with Learning Problems (Vol. 2: 133.)
- Decreases in Examination Anxiety in Children with Learning Problems (Vol. 2: 133.)
- Decreases in School-Dislike in Children with Learning Problems (Vol. 2: 133.)
- Decreased Stuttering (Vol. 1: 43; Vol. 4: 298.)
- Decreased Overactive and Impulsive Behavior (Vol. 2: 157.)
- Improvements in Autism (Vol. 3: 262.)
- Decreased Echolalic Behavior (Vol. 3: 262.)
- Increased Ability to See Man as Essentially Good (Vol. 1: 76; Vol. 2: 153; Vol. 3: 266; Vol. 5: 394.)
- Increased Social Maturity (Vol. 2: 138; Vol. 3: 261; Vol. 5: 371.)
- Greater Sense of Social Responsibility (Vol. 2: 138,158.)
- Increased Sociability (Vol. 1: 65, 71, 73, 77; Vol. 2: 138; Vol. 3: 261, 266, 277, 290; Vol. 4: 316.)
- Less Sense of Social Inadequacy (Vol. 3: 266.)
- Decreased Social Introversion (Vol. 1: 87.)
- Increased Outgoingness (Vol. 1: 73; Vol. 2: 150, 153.)
- Increased Tendency to Participate (Vol. 1: 73; Vol. 2: 150, 153.)
- Increased Capacity for Warm Interpersonal Relationships (Vol. 1: 69, 70, 73, 76, 77; Vol. 2: 149, 151,153; Vol. 3: 268, 277, 290; Vol. 4: 316.)
- Increased Friendliness (Vol. 1: 65, 77; Vol. 3: 277, 290.)
- Greater Respect for the Views of Others (Vol. 2: 164.)
- Improved Ability to Appreciate Others (Vol. 3: 271.)
- Greater Attentiveness to Others (Vol. 2: 164.)
- Increased Ability to Co-operate with Others (Vol. 1: 73; Vol. 2: 161, 164.)
- Improved Work and Personal Relationships (Vol. 5: 399.)
- Decreased Tendency to Dominate (Vol. 1: 65, 77; Vol. 3: 268, 290.)
- Increased Ability to Be Objective, Fair-Minded, and Reasonable (Vol. 4: 316.)
- Increased Consideration for Others (Vol. 1: 71, 73; Vol. 2: 153.)
- Increased Good-Naturedness, Friendliness, and Loyalty (Vol. 1: 73.)
- Increased Ability to Express One’s Feelings Spontaneously (Vol. 1: 64, 69, 70, 76; Vol. 2: 151, 153; Vol. 4: 316.)
- Increased Good Humor (Vol. 1: 65, 77; Vol. 3: 277, 290; Vol. 4: 308.)
- Increased Trust (Vol. 1: 67; Vol. 2: 138, 150.)
- Increased Tolerance (Vol. 1: 62, 65, 77; Vol. 2: 150, 153, 164; Vol. 3: 266, 268; Vol. 4: 308, 316.)
- Growth of a More Sympathetic, Helpful, and Caring Nature (Vol. 1: 73; Vol. 2: 153; Vol. 4: 316.)
- Greater Empathy (Vol. 2: 149.)
- Increased Sensitivity to the Feelings of Others (Vol. 1: 73; Vol. 4: 304, 316.)
- Growth of a More Tactful, Forgiving, and Agreeable Nature (Vol. 1: 73; Vol. 2: 153.)
- Greater Regard for Etiquette (Vol. 2: 153.)
- Increased Respectfulness (Vol. 1: 65, 77; Vol. 3: 290.)
- Greater Tolerance of Authority (Vol. 2: 138.)
- Greater Selectivity in Personal Relationships (Vol. 3: 268.)
- Less Interest in Superficial Social Contacts (Vol. 3: 268.)
- Effective Rehabilitation (Vol. 1: 87–89; Vol. 2: 158, 160, 161; Vol. 3: 278–280, 284–286; Vol. 4: 350, 352, 353; Vol. 5: 398, 420.)
- Improved Family Life (Vol. 5: 400.)
- Greater Adjustment (Vol. 2: 165; Vol. 4: 315.)
- Greater Happiness (Vol. 2: 165.)
- Greater Harmony (Vol. 2: 165.)
- Greater Intimacy (Vol. 2: 165.)
- Greater Acceptance of One’s Spouse (Vol. 2: 165.)
- Greater Admiration of One’s Spouse (Vol. 2: 165.)
- Greater Agreement on Conduct (Vol. 2: 165.)
- Greater Agreement on Recreation (Vol. 2: 165.)
- Increased Job Satisfaction (Vol. 1: 96, 97; Vol. 5: 399.) [CR 316-317]
- Improved Relations with Co-Workers (Vol. 1: 96, 97) [CR 316-318]
- Improved Relations with Supervisors (Vol. 1: 96, 97.)
- Improved Job Performance (Vol. 1: 96, 97; Vol. 2: 161; Vol. 5: 399) [CR 317-318]
- Increased Productivity (Vol. 1: 96, 97.) [CR 317]
- Increased Employee Effectiveness [CR 316]
- Greater Ability to Accomplish More with Less Effort (Vol. 2: 130, 164.)
- Greater Organizational Ability (Vol. 2: 164.)
- Greater Initiative (Vol. 2: 164.)
- Greater Ability to Assign Priorities (Vol. 2: 164.)
- Greater Decision Making Ability (Vol. 2: 164.)
- Reduced Anxiety about Promotion (Vol. 1: 96.)
- Reduced Job Worry and Tension (Vol. 5: 399.)
- Improved Physiological Stability during Task Performance (Vol. 5: 399.)
- Decreased Desire to Change Jobs (Vol. 1: 96.)
- Increased Contribution of Managers to the Organization [CR 318]
- Improved Leadership [CR 321]
- Enhanced Management Development [CR 287, 322-334]
- Improved Physical Health and Well-Being Of Employees [CR 61-62, 316, 318-320, 423]
- Improved Mental Health and Well-Being of Employees [CR 61-62, 316, 318-320, 423]
- Improved Health-Related Behavior in Employees [CR 62, 316, 318]
- Improved Health-Related Behavior in Managers [CR 62, 316, 318]
- Reduced Stress in Managers [CR 61, 316, 318, 320, 423]
- Reduced Stress in Employees [CR 61, 316, 318, 320, 423]
- Reduced Employee Job Tension [CR 61, 316, 319, 423]
- Reduced Employee Anxiety [CR 61, 316, 319, 423]
- Reduced Employee Depression [CR 61, 316, 319, 423]
- Reduced Employee Insomnia [CR 61, 316, 319, 423]
- Increased Employee Energy [CR 316, 318]
- Decreased Employee Fatigue [CR 316, 318]
- The following 50 benefits demonstrate that one percent of a population practicing the Transcendental Meditation program or the square root of one percent collectively practicing the TM-Sidhi program radiate a powerful influence of coherence and harmony in collective consciousness bringing life in accordance with all the laws of nature, neutralizing negative tendencies and promoting positive trends in society as a whole.) Decreased Incidence of Infectious Diseases (Vol. 4: 337, USA and Australia, 1983–1984.)
- Improved Quality of National Life as Measured by an Index Including (Vol. 4: 332, USA, 1976–1983.)
- Less Infectious Diseases (Vol. 4: 332, USA, 1976–1983.)
- Lower Infant Mortality Rate (Vol. 4: 332, USA, 1976–1983.)
- Lower Suicide Rate (Vol. 4: 332, USA, 1976–1983.)
- Less Cigarette Consumption (Vol. 4: 332, USA, 1976–1983.)
- Less Alcohol Consumption (Vol. 4: 332, USA, 1976–1983.)
- Lower Divorce Rate (Vol. 4: 332, USA, 1976–1983.)
- Fewer Traffic Fatalities (Vol. 4: 332, USA, 1976–1983.)
- Lower Crime Rate (Vol. 4: 332, USA, 1976–1983.)
- Lower Percentage of Civil Cases Reaching Trial (Vol. 4: 332, USA, 1976–1983.)
- Higher Gross National Product (Vol. 4: 332, USA, 1976–1983.)
- Higher Patent Application Rate (Vol. 4: 332, USA, 1976–1983.)
- Higher Number of Degrees Conferred (Vol. 4: 332, USA, 1976–1983.)
- Fewer Motor Vehicle Fatalities, Homicides (Vol. 5: 407, USA, 1979–1985; 408, Canada, 1983–1985.)
- Fewer Suicides (Vol. 5: 407, USA, 1979–1985; 408, Canada, 1983–1985.)
- Fewer Weekly Fatalities Due to Accidents Other than Motor Vehicle Fatalities (Vol. 5: 408, Canada, 1983–1985.)
- Fewer Worker-Days Lost in Strikes (Vol. 5: 408, Canada, 1972–1986.)
- Increased Positivity in National Mood (Vol. 4: 333, Israel, 1983.)
- Less Pollution (Vol. 4: 321 and Vol. 5: 401, Rhode Island, USA, 1978.)
- Lower Unemployment Rate (Vol. 4: 321 and Vol. 5: 401, Rhode Island, USA, 1978.)
- Lower Total Crime Rate (Vol. 4: 321 and Vol. 5: 401, Rhode Island, USA, 1978.)
- Less Fetal Deaths, Other Deaths, and Crime (Vol. 5: 401, Metro Manila Region, Philippines, 1979–1981.)
- Decreased Suicide Rate (Vol. 4: 317, Cities, USA, 1973—1977; Vol. 4: 323 and Vol. 5: 407, USA, 1979–1985; 408, Canada, 1983–1985.)
- Decreased Fires (Vol. 4: 333, Jerusalem, Israel, 1983.)
- Decreased Motor Vehicle Accidents and Fatalities (Vol. 4: 317, Cities, USA, 1973–1977; 323, USA, 1979; 325, Holland, 1979; 327, USA, 1982; 333, Jerusalem, Israel, 1983; 337, USA, South Africa, and States of New South Wales, Victoria, and Western Australia, Australia, 1983–1984; Vol. 5: 407, USA, 1979–1985; 408, Canada, 1983–1985.)
- Decreased Air Traffic Fatalities and Fatal Accidents (Vol. 4: 323, USA, 1979; 337, Worldwide, 1983–1984.)
- Decreased Crime (Vol. 1: 98, Cities, USA, 1973; Vol. 2: 166, Cities, USA, 1974–1976; Vol. 4: 318, Cities, USA, 1973–1978; Vol. 4: 319, Cities, USA, 1974–1976; Vol. 4: 320 and Vol. 5: 402, Metropolitan Areas, USA, 1973–1979; Vol. 4: 323, USA, 1979; Vol. 4: 325, Holland, 1979 and 1981; Vol. 4: 326 and Vol. 5: 401, Delhi, India, 1980–1981; Vol. 4: 328 and Vol. 5: 402, Washington, D.C., USA, 1981–1983; Vol. 4: 333, Jerusalem and Israel, 1983; Vol. 4: 334 and Vol. 5: 401, Puerto Rico, USA, 1984; Vol. 4: 337, State of Victoria, Australia, Washington, D.C., USA, and Karachi, Pakistan, 1983–1984; Vol. 5: 401 Metro Manila, Philippines 1984–1985; Vol. 5: 408, Canada,1972–1986.)
- Decreased Turbulence and Violence in Society (Vol. 4: 322, Iran, Nicaragua, and Rhodesia [Zimbabwe], 1978; Vol. 5: 410, Lebanon, 1983–1985.)
- Decreased War Intensity and War Deaths (Vol. 4: 322, Worldwide, 1978; 331, Lebanon, 1982–1984; 333, Lebanon, 1983; 335, Lebanon, 1983–1984; Vol. 5: 410, Lebanon, 1983–1985; 411, Worldwide, 1983–1985.)
- Increased Progress towards Peaceful Resolution of Conflict (Vol. 4: 322, Worldwide, 1978; 335, Lebanon, 1983–1984; 337, Worldwide, 1983–1984; Vol. 5: 409, USA, 1985–1987; 410, Lebanon, 1983–1985.)
- Reduction of Conflict (Vol. 5: 410, Lebanon, 1983–1985.)
- Increased Cooperation (Vol. 5: 410, Lebanon, 1983–1985.)
- Reduced War Fatalities, and Reduced War Injuries (Vol. 5: 410, Lebanon, 1983–1985.)
- More Positive, Evolutionary Statements and Actions of Heads of State (Vol. 4: 337, Worldwide, 1983–1984; Vol. 5: 409, USA, 1985–1987.)
- Increased Harmony in International Affairs (Vol. 4: 322, Worldwide, 1978; 337, Worldwide, 1983–1984; Vol. 5: 409, USA, 1985–1987.)
- Improved International Relations (Vol. 5: 411, Worldwide, 1983–1985.)
- Reduced Conflict Globally (Vol. 5: 411, Worldwide, 1983–1985.)
- Reduced Terrorism (Vol. 5: 411, Worldwide,1983–1985.)
- Increase in World Index of Stock Prices (Vol. 5: 411, Worldwide, 1983–1985.) (Vol. 5: 411, Worldwide,1983–1985.)
- Improved Economy (Vol. 5: 404–406, USA, 1979–1988; 403, USA and Canada, 1979–1988.)
- Increased Economic Confidence (Vol. 4: 323, USA, 1979; 329, Washington, D.C., USA, 1981–1983; 330, United Kingdom, 1982–1983; 333, Israel, 1983; 335, Lebanon, 1984; 336, Worldwide, 1983–1984; 337, Worldwide, 1983–1984; Vol. 5: 411, Worldwide, 1983–1985.)
- Increased Economic Optimism (Vol. 4: 323, USA, 1979; 329, Washington, D.C., USA, 1981–1983; 330, United Kingdom, 1982–1983; 333, Israel, 1983; 335, Lebanon, 1984; 336, Worldwide, 1983–1984; 337, Worldwide, 1983–1984; Vol. 5: 411, Worldwide, 1983–1985.)
- Increased Economic Prosperity (Vol. 4: 323, USA, 1979; 329, Washington, D.C., USA, 1981–1983; 330, United Kingdom, 1982–1983; 333, Israel, 1983; 335, Lebanon, 1984; 336, Worldwide, 1983–1984; 337, Worldwide, 1983–1984; Vol. 5: 411, Worldwide, 1983–1985.)
- Improvement in Economic Indicators (Vol. 4: 323, USA, 1979; 329, Washington, D.C., USA, 1981–1983; 330, United Kingdom, 1982–1983; 333, Israel, 1983; 335, Lebanon, 1984; 336, Worldwide, 1983–1984; 337, Worldwide, 1983–1984; Vol. 5: 411, Worldwide, 1983–1985.)
- Increased Creativity as Measured by Increased Patent Application (Vol. 4: 337, USA, Australia, South Africa, and United Kingdom, 1983–1984.)
- Fewer Notifiable Infectious Diseases (USA and Australia 1983-84) [CR 387]
- Experience of Pure Consciousness during Transcending (Vol. 1: 2, 7, 8, 20, 21, 99–102; Vol. 3: 197, 213, 216, 218, 258.)
- Scores on Psychological Health Associated with Physiological Indicators of Transcendence (Vol. 5: 396.)
- More Frequent Experiences of Higher States of Consciousness (Vol. 5: 397.)
- More Frequent Experiences of Transcendence (Vol. 5: 397.)
- Growth of Higher States of Consciousness (Vol. 1: 19, 99–104; Vol. 3: 216, 258, 284; Vol. 4: 312; Vol. 5: 395. 397, 412, 418, 419, 423–430.)0
- Physiological Correlates of Higher States of Consciousness Developed through Transcendence (Vol. 5: 412.)
- Increased Self-Actualization through Transcendence (Vol. 1: 64, 67, 69, 70, 72, 74,7 6, 78; Vol. 2: 144, 151, 153, 155; Vol. 3: 239; Vol. 5: 395.)
- Increased Integration through Transcendence (Vol. 1: 64, 67, 69, 70, 72, 74,7 6, 78; Vol. 2: 144, 151, 153, 155; Vol. 3: 239; Vol. 5: 395.)
- Increased Unity through Transcendence (Vol. 1: 64, 67, 69, 70, 72, 74,7 6, 78; Vol. 2: 144, 151, 153, 155; Vol. 3: 239; Vol. 5: 395.)
- Increased Wholeness of Personality through Transcendence (Vol. 1: 64, 67, 69, 70, 72, 74,7 6, 78; Vol. 2: 144, 151, 153, 155; Vol. 3: 239; Vol. 5: 395.)
- Greater Ability to Bring Inner Self to Healthy Expression (Vol. 2: 141.)
- Greater Commitment to Personal Growth (Vol. 2: 138.)
- Increased Inner-Directedness (Vol. 1: 64, 69, 70, 72, 76; Vol. 2: 139, 151, 153, 155; Vol. 3: 268.)
- Greater Independence (Vol. 1: 64, 69, 70, 72, 76; Vol. 2: 139, 151, 153, 155; Vol. 3: 268.)
- Greater Self-Supportiveness (Vol. 1: 64, 69, 70, 72, 76; Vol. 2: 139, 151, 153, 155; Vol. 3: 268.)
- Greater Inner Locus of Control (Vol. 1: 69.)
- Growth of Inner Fulfillment Independent of Outside Stimulation (Vol. 3: 249.)
- Increased Self-Sufficiency (Vol. 1: 65, 77; Vol. 2: 150, 153; Vol. 3: 277, 290; Vol. 4: 308.)
- Increased Ego Strength (Vol. 1: 67; Vol. 2: 150, I53 .)
- Increased Autonomy (Vol. 1: 62, 71; Vol. 2: 151, 153; Vol. 5: 395.)
- Increased Independence (Vol. 1: 62, 71; Vol. 2: 151, 153; Vol. 5: 395.)
- Increased Self-Reliance (Vol. 1: 65, 77; Vol. 2: 153; Vol. 3: 277.)
- Increased Directedness (Vol. 5: 395.)
- Increased Self-Satisfaction (Vol. 5: 371.)
- Increased Moral-Ethical Self (Vol. 5: 371.)
- Increased Social Self (Vol. 5: 371.)
- Less Sensitivity to Criticism (Vol. 1: 67.)
- Less Tendency to Worry about Other’s Opinions (Vol. 2: 164.)
- Less Need to Belong and Be Accepted (Vol. 3: 268.)
- Increased Self-Discipline (Vol. 4: 316.)
- Greater Self-Control (Vol. 1: 65, 77; Vol. 2: 153; Vol. 3: 290; Vol. 4: 308)
- Enhanced Self-Concept (Vol. 2: 142, 144, 146, 148, 156; Vol. 3: 274; Vol. 5: 371.)
- Increased Self-Acceptance (Vol. 1: 70, 81; Vol. 2: 151.)
- Increased Self-Confidence (Vol. 1: 65, 77; Vol. 2: 150; Vol. 3: 261, 277, 290; Vol. 4: 308.)
- Increased Self-Assuredness (Vol. 1: 65, 77; Vol. 2: 150; Vol. 3: 261, 277, 290; Vol. 4: 308.)
- Enhanced Inner Well-Being (Vol. 2: 147; Vol. 4: 300; Vol. 5: 380, 310.)
- Increased Inner Calm (Vol. 1: 65, 73, 77; Vol. 2: 150; Vol. 4: 308, 316.)
- Increased Tranquility (Vol. 1: 65, 73, 77; Vol. 2: 150; Vol. 4: 308, 316.)
- Greater Calm in Frustrating Situations (Vol. 1: 65, 77; Vol. 4: 308, 316.)
- Increased Contentment (Vol. 1: 65, 67, 77; Vol. 2: 150; Vol. 3: 277, 290; Vol. 4: 308.)
- Increased Happiness (Vol. 1: 90; Vol. 2: 147.)
- More Balanced Mood (Vol. 1: 65, 77; Vol. 3: 277; Vol. 4: 308.)
- Increased Naturalness (Vol. 1: 65, 77; Vol. 3: 277, 290; Vol. 4: 308.)
- Increased Spontaneity (Vol. 1: 64, 65, 69, 70, 76, 77; Vol. 2: 151, 153; Vol. 3: 277, 290; Vol. 4: 308, 316.)
- Increased Emotional Stability (Vol. 1: 65, 71, 77, 87, 93, 95; Vol. 2: 138, 150, 153, 158; Vol. 3: 241, 273, 277, 290; Vol. 4: 308.)
- Increased Emotional Maturity (Vol. 1: 65, 77, 87, 93, 95; Vol. 2: 150, 153, 158; Vol. 3: 290; Vol. 4: 308, 316.)
- Increased Sensitivity to One’s Own Needs and Feelings (Vol. 1: 69, 70, 72; Vol. 2: 151, 153.)
- Improved Adjustment (Vol. 1: 81.)
- Greater Optimism (Vol. 2: 138.)
- Increased Moral Maturity (Vol. 1: 91; Vol. 3: 265, 270; Vol. 4: 309; Vol. 5: 416.)
- Increased Altruism (Vol. 1: 71, 73; Vol. 2: 138.)
- Increased Intrinsic Spirituality (Vol. 5: 395.)
- Greater Respect for Traditional Religious Values (Vol. 1: 71; Vol. 2: 138.)
- Greater Satisfaction with One’s Moral Worth (Vol. 2: 156.)
- Greater Satisfaction with One’s Relationship to God (Vol. 2: 156.)
- Greater Satisfaction with One’s Religion (Vol. 2: 156.)
- High Level of Moral Atmosphere in a High School Setting (Vol. 4: 309.)
- Greater Open-Mindedness: Greater Flexibility of Constructions of Reality (Vol. 2: 152.)
- Increased Ability to See the Opposites of Life as Meaningfully Related (Vol. 1: 76.)
- Increased Ability to Connect Past and Present Meaningfully (Vol. 1: 69, 70, 76; Vol. 2: 151, 153, 155.)
- Decreased Behavioral Rigidity (Vol. 1: 87, 103; Vol. 3: 250; Vol. 4: 300; Vol. 5, 380.)
- Improved Mental Health (Vol. 1: 64–78, 81, 87–95; Vol. 2: 141–161, 164, 165; Vol. 3: 266–275, 277–281, 283, 284, 288; Vol. 4: 308–316; Vol. 5: 370, 371, 380, 394–397, 399, 400.)
- Improvements in Mental Health Positively Correlated with Duration and Regularity of Transcendence (Vol. 3: 247.)
- Increased Social Outgoingness in Prison Inmates[6] (JOR 53)
- Reduction in Anxiety in Prison Inmates [CR 343-344,347-348] (JOR 53,56)
- Reduction in Depression in Prison Inmates (JOR 54)
- Reduction in Prison Infractions in Prison Inmates (JOR 53)
- Reduction in Use Of Cigarettes in Prison Inmates (JOR 53)
- Reduction In Drugs In Prison Inmates (JOR 53)
- Increased Positivity in Prison Inmates (JOR 56)
- Less Escape Attempts by Prison Inmates (JOR 56)
- Less Usage of Medical Resources by Inmates (JOR 56)
- Significant Decrease of Cognitive Distortions in Prison Inmates (JOR 57)
- Significant Increase in Intelligence Related Measures in Prison Inmates (JOR 56)
- Increased Es Sprit De Corps Among Prison Officials and Security (JOR 56)
- Increased respect for Superior Officers in Prison Inmates Among Prison Officials and Security (JOR 56)
- Significant Increase In Positive Recreational Activities In Prison Inmates (JOR 53)
- Significant Increase In Positive Educational Activities In Prison Inmates (JOR 53)
- Significant Reduction In Tension In Prison Inmates (JOR 54)
- Increase In Relaxation In Prison Inmates (JOR 54)
- Significant Increase In Optimism In Prison Inmates (JOR 54)
- Significant Increase In Self-Esteem In Prison Inmates (JOR 54)
- Significant Increase In Inmate Emotional Stability(JOR 54)
- Significant Increase In Maturity In Prison Inmates (JOR 54)
- Significant Reduced Inmate Neuroticism [CR 343-344] (JOR 54)
- Reduced Aggression In Prison Inmates [CR 360, 403] (JOR 54)
- Significant Reduction In Inmate State Anxiety [CR 347-348] (JOR 55)
- Significant Reduction in Inmate Trait Anxiety [CR 347-348] (JOR 54 – 55)
- Significant Reduction In Negativism In Inmates [CR 343-344]
- Better Quality Of Sleep In Prison Inmates [CR 343-344] (JOR 55)
- Stable Condition of Mind and Personality in Inmates (JOR 55)
- Integrated Condition of Mind and Personality in Inmates (JOR 55)
- Significant Reduction In Hostility In Prison Inmates (JOR 54)
- Less Heavy Smoking In Prison Inmates (JOR 53)
- Less Insomnia In Prison Inmates [CR 343-344]
- Significant Reduction In Inmate Obsession/Compulsion (JOR SI)
- Significant Reduction In Rule Infractions In Inmates (JOR 54)
- Significant Reduction in Paranoid Anxiety in Inmates (JOR 55)
- Significant Reduction In Sleep Disorders In Inmates [CR 343-344]
- Significant Reduction In Verbal Hostility in Inmates [CR 343-344]
- Significant Reduction In Stress In Prison Inmates [CR 343-344]
- Significant Reduction In Inmate Psychopathy [CR 347-348] [343-344]
- Significant Reduction In Inmate Recidivism (JOR 55, 56, 57)
- Significant Reduction in Inmate Tendency to Assault [CR 343-44]
- Significant Increase In Inmate Self Development Higher Ego Development In Prison Inmates (JOR 55)
- Significant Decrease In Resentment In Prison Inmates [343-344]
- Significant Decrease In Suspicion in Prison Inmates [343-344]
- Significant Decrease in Criminal Thinking In Inmates (OR[7] 1)
- Significant Decrease in Mood Disturbance In Inmates (OR 1)
- Significant Decrease in Perceived Stress In Inmates (OR 1)
- Significant Decrease in Trauma Symptoms In Inmates (OR 1)
- Significant Decrease in Entitlement In Prison Inmates (OR 1)
- Significant Decrease in Justification In Prison Inmates (OR 1)
- Significant Decrease in Cold-Heartedness in inmates (OR 1)
- Significant Decrease in Power Orientation In Inmates (OR 1)
- Significant Decrease in Criminal Rationalization In Prison Inmates(OR 1)
- Significant Decrease in Personal Irresponsibility In Prison Inmates (OR 1)
- Decrease in Confusion/Bewilderment in Prison Inmates (OR 1)
- Significant Decrease in Fatigue In Prison Inmates (OR 1)
- Significant Increase in Spiritual Well-Being in Inmates (OR 1)
- Significant Increase in Vigor in Prison Inmates (OR 1)
- Improved Social Behavior in Juvenile Offenders [351-352]
- Reduced Anxiety in Juvenile Offenders [351- 352]
- Increased Self-Regard in Juvenile Offenders [351-352]
- Increased Motivation in Prison Inmates (JOR 53)
- Increased Self-Improvement in Prison Inmates (JOR 53)
- Decreased Pathological Symptoms in Prison Inmates (JOR 55)
- Valuable in Criminal Rehabilitation as a Sole Treatment Program (JOR 65)
- Valuable as an Addition to Existing Criminal Rehabilitation Programs (JOR 65)
- Valuable in Substance Abuse as a Sole Treatment Program (JOR 65)
- Valuable in Substance Abuse as an Addition to Existing Programs (JOR 65)
- Inmate Reductions in a Dependent Orientation That Is Commonly Found In Criminals [347-348]
- Inmate Reductions in an Exploitative Orientation That Is Commonly Found In Criminals [347-348]
- More Responsible Orientation that is Commonly Found in Law Abiding Citizens [347-348]
- More Self-Monitoring Orientation that is Commonly Found in Law Abiding Citizens [347-348]
- More Self-Respecting Orientation that is Commonly Found in Law Abiding Citizens [347-348]
- More Communicative Orientation that is Commonly Found in Law Abiding Citizens [347-348].
- Less Resentment in Maximum Security Prisoners Compared to Controls [CR 343-344]
- Less Negativism in Maximum Security Prisoners Compared to Controls [CR 343-344]
- Less Suspicion in Maximum Security Prisoners Compared to Controls [CR 343-344]
- Less Neuroticism in Maximum Security Prisoners Compared to Controls [CR 343-344]
- Less Tendency to Assault in Maximum Security Prisoners Compared to Controls [CR 343-344]
- Little Rise in Health Care Needs with Advancing Age (CR 4)
- 87% Less Hospital Admission for Heart Disorders (CR 4)
- 87% Less Admissions for Blood Vessel Disorders (CR 4)
- 55% Less Hospital Admission for Tumors (CR 4)
- 73% Less Hospital Admission for Respiratory Disorders (CR 4)
- 87% Less Hospital Admission for Neurological Problems (CR 4)
- 30% less Hospital Admission for infections (CR 4)
- 59% Lower Overall Medical Expenditure than Norms (CR 5)
- 57% Lower Overall Medical Expenditure than Controls (CR 5)
- 80% Fewer Hospital Admissions (CR 5))
- 55% Fewer Out-Patient Visits to the Doctor (CR 5)
- 88% Fewer Days in Hospital than Controls (CR 5)
- 92% Lower Hospital Admissions for Immune Disorders (CR 5)
- 92% Lower Hospital Admissions for Endocrine Disorders (CR 5)
- 92% Lower Hospital Admissions for Metabolic Disorders (CR 5)
- 92% Lower Admissions for Cardiovascular Disease (CR 5)
- 92% Lower Admissions for Mental Health Issues (CR 5)
- 92% Lower Admissions for Substance Abuse (CR 5)
- 92% Lower Hospital Admission for Substance Abuse (CR 5)
- 94% Lower Admissions for Musculoskeletal Disorders (CR 5)
- A Progressive Decline in Medical Expenditures for Doctors Compared to Controls (CR 6-7)
- An Average 13% Annual Difference in Medical Expenditures for Doctors Trending Towards a Cumulative Reduction Of 55% after 6 Years (CR 6-7)
- For High-Cost Subjects, 11% Decrease in Medical Expenditures for Doctors over 1 Year, with a Cumulative Reduction of 28% after 5 Years Compared to Controls (CR 399)
- For Older Individuals, a 70% Cumulative Cost Reduction after 5 Years (CR 8)
- A 57% Reduction in Medical Expenditures (in Conjunction with Maharishi’s Vedic Approach to Health) (CR 5)
- A 48% Reduction in the Rate of Major Clinical Events (CR 9)
- Reduced Psycho-social Distress (CR 9)
- Clinically Significant Reductions in Systolic Blood Pressure without Adverse Side-Effects (CR 9-18, 22-25, 32-45, 413-414)
- Clinically Significant Reductions in Diastolic Blood Pressure without Adverse Side-Effects (CR 9-18, 22-25, 32-45, 413-414)
- More Effective in Reducing Mild Hypertension than either Progressive Muscular Relaxation, a Pseudo-Meditation Procedure (which Attempted to Imitate TM) (CR 10-12, 32).
- More Effective in Reducing Mild Hypertension than A ‘Usual Care’ Program of Advice on Weight Loss, Salt Restriction, Exercise, and Alcohol Intake (CR 10-12, 32).
- Effective in Lowering Systolic and Diastolic Blood Pressure for Men in High Risk Groups on the Measure of Hypertension Risk: Psycho-social Stress (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Men in High Risk Groups on the Measure of Hypertension Risk: Obesity (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Men in High Risk Groups on the Measure of Hypertension Risk: Alcohol Use (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Men in High Risk Groups on the Measure of Hypertension Risk: Physical Inactivity (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Men in High Risk Groups on the Measure of Hypertension Risk: Sodium-Potassium Ratio (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Men in High Risk Groups on the Measure of Hypertension Risk: Dietary Composite Measures (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Men in Low-Risk Groups the Measure of Hypertension Risk: Psycho social Stress (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Men in Low-Risk Groups on the Measure of Hypertension Risk: Obesity (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Men in Low-Risk Groups on the Measure of Hypertension Risk: Alcohol Use (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Men in Low-Risk Groups on the Measure of Hypertension Risk: Physical Inactivity (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Men in Low-Risk Groups on the Measure of Hypertension Risk: Sodium-Potassium Ratio (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Men in Low-Risk Groups on the Measure of Hypertension Risk: Dietary Composite Measures (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Women in High Risk Groups on the Measure of Hypertension Risk: Psycho-social Stress (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Women in High Risk Groups on the Measure of Hypertension Risk: Obesity (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Women in High Risk Groups on the Measure of Hypertension Risk: Alcohol Use (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Women in High Risk Groups on the Measure of Hypertension Risk: Physical Inactivity (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Women in High Risk Groups on the Measure of Hypertension Risk: Sodium-Potassium Ratio (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Women in High Risk Groups on the Measure of Hypertension Risk: Dietary Composite Measures (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Women in Low Risk Groups on the Measure of Hypertension Risk: Psycho-social Stress (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Women in Low Risk Groups on the Measure of Hypertension Risk: Obesity (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Women in Low Risk Groups on the Measure of Hypertension Risk: Alcohol Use (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Women in Low Risk Groups on the Measure of Hypertension Risk: Physical Inactivity (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Women in Low Risk Groups on the Measure of Hypertension Risk: Sodium-Potassium Ratio (CR 11)
- Effective in Lowering Systolic and Diastolic Blood Pressure for Women in Low Risk Groups on the Measure of Hypertension Risk: Dietary Composite Measures (CR 11)
- Favorably Cost-Effectiveness for Reducing High Blood Pressure Compared to Drugs (CR 14)
- A 23% Reduction in All-Cause Mortality (CR 15-17)
- A 30% Decrease in Cardiovascular Deaths (CR 15-17)
- In Patients with Stable Coronary Heart Disease (CHD),
- Decreased Blood Pressure and Insulin Resistance – a Key Component of the ‘Metabolic Syndrome’ Associated with Many Major Disorders of Modern Society, including CHD, Type 2 Diabetes, and Hypertension In Patients with Stable Coronary Heart Disease [CHD](CR 18)
- Decreased Insulin Resistance – a Key Component of the ‘Metabolic Syndrome’ (CR 18)
- Increased Stability Of The Cardiac Autonomic Nervous System (CR 18)
- Reduced Carotid Artery Atherosclerosis Compared to Control Groups Who Practiced Progressive Muscular Relaxation (CR 19-20)
- Reduced Carotid Artery Atherosclerosis Compared to Control Groups Who Received Health Education (CR 19-20)
- Improved Functional Capacity in Patients w/ Chronic Heart Failure (CR 21)
- Improved Quality of Life in Patients w/ Chronic Heart Failure (CR 21)
- Lower Depression in Patients w/ Chronic Heart Failure (CR 21)
- Less Hospitalizations for Patients w/ Chronic Heart failure (CR 21)
- Decreased Left Ventricular Mass in Pre-Hypertensive Adolescents Compared to Controls (CR 408)
- Reduced Cardiovascular Risk Factors in Post-Menopausal Women [CR 28]
- Reduced Levels of the Stress Hormone Cortisol in Post-Menopausal Women [CR 28]
- Reduced Cholesterol Levels Independent to Changes in Weight [CR 29-30, 320]
- Reduced Cholesterol Levels Independent to Changes in Diet [CR 29-30, 320]
- Reduced Cholesterol Levels Independent to Changes in Medication [CR 29-30, 320]
- More Effective Weight Reduction Obese Subjects on a Weight Reducing Diet [CR 31]
- Improved Psychological Health In Obese Subjects On A Weight Reducing Diet [CR 31]
- Rapid, Clinically Significant Blood Pressure Reductions (CR 52)
- More Effective in Reducing Blood Pressure than other Meditation Practices (CR 52)
- More Effective in Reducing Blood Pressure than Relaxation Procedures (CR 52)
- Documented Acceptability and Effectiveness in Reducing Blood Pressure for a Wide Range of Populations (CR 52)
- Effective in Reducing High Blood Pressure when Used as Sole Treatment (CR 52)
- Effective in Reducing High Blood Pressure when Used in Concert with Medication (CR 52)
- Reduces High Blood Pressure in ‘Real-Life’ Environments Outside the Clinic (CR 52)
- Substantially Reduced Rates of Major Clinical of Death, Heart Attack and Stroke [CR 9]
- Improves Multiple Factors Relevant to Cardiovascular Health, Which Likely Contribute to the Technique’s Observed Preventive Effects [CR 34-50, 55, 409, 413-414]
- Recognized And Recommended for Consideration by a National Medical Organization that Provides Professional Practice Guidelines to Physicians, Health Care Payers, and Policymakers [CR 414]
- Improvements in Both General and HIV-Specific Health- Related Quality of Life Compared to Control Subjects Who Received Education on Healthy Eating [CR 415]
- Improved Total and General Health Scores on Functional Assessment of HIV Infection Compared to Controls [CR 415]
- Increased Vitality and Physical Well-Being Compared to Controls [CR 415]
- Improved Quality of Life in Patients w/ Breast Cancer [CR 53, 9, 21, 59; 65-94; 415]
- Improved Quality of Life in Patients w/ Coronary Heart Disease [CR 53, 9, 21, 59; 65-94; 415]
- Improved Quality of Life in Patients w/ Heart Failure [CR 53, 9, 21, 59; 65-94; 415]
- Improved Quality of Life in Patients w/ HIV [CR 53, 9, 21, 59; 65-94; 415]
- Improved Quality of Life in Patients w/ Chronic Renal Failure [CR 53, 9, 21, 59; 65-94; 415]
- Improved Mental Health In Patients w/ Breast Cancer [CR 53, 9, 21, 59; 65-94; 415]
- Improved Mental Health In Patients w/ Coronary Heart Disease [CR 53, 9, 21, 59; 65-94; 415]
- Improved Mental Health In Patients w/ Heart Failure [CR 53, 9, 21, 59; 65-94; 415]
- Improved Mental Health In Patients w/ HIV [CR 53, 9, 21, 59; 65-94; 415]
- Improved Mental Health In Patients w/ Chronic Renal Failure [CR 53, 9, 21, 59; 65-94; 415]
- Decreased Atherosclerosis [CR 19-20]
- Decreased Heart Failure [CR 21]
- Decreased Reflex Latency (Monosynaptic Reflex) [CR 197]
- Decreased Reflex Recovery Time (Paired H-Reflex) [CR 198]
- Muscular Contraction Time (Fast and Mixed Muscles) [CR 197]
- Sleep Disturbance (Awakenings per Night) [CR 343-344, 67-68; 56, 62]
- Daytime Sleep [CR 68, 178]
- Increased Vital Capacity [CR 314-315]
- Increased Cerebral Blood Flow [CR 124, 127, 166]
- Increased EEG Alpha Power [CR 110-113, 115-119, 151-160, 162, 169, 402, 416]
- Decreased Serum Cholesterol [CR 29-30, 318]
- Decreased Insulin Resistance [CR 18]
- Increased DHEA-S (Dehydroepiandrosterone Sulfate) [CR 99]
- Increased Efficiency of Endocrine Control (Pituitary-Thyroid Axis) [CR 193]
- Increased Visual Perception [CR 12, 184, 276, 308]
- Increased Dichotic Listening [CR 306]
- Increased Complex Sensory-Motor Performance [CR 310-311]
- Decreased Auditory Threshold [CR 96-97, see also 1-2]
- Decreased Behavioral Rigidity [CR 12, 309]
- Decreased Reaction Time – Simple [CR 101, 296, 314-315]
- Decreased Reaction Time – Complex [CR 297, 184]
- Increased Fluid Intelligence [CR 266-267, 270, 275, 101]
- IncreasedCreativity [CR 266, 277-278, 283]
- IncreasedLearning Ability [CR 12, 279, 284]
- Increased Memory – Verbal [CR 284]
- Increased Memory – Visual [CR 101]
- Increased Organization Of Memory [CR 285]
- Decreased Rise In Health Care Needs w/ Advancing Age [CR 4]
- Decreased Rise In Health Care Costs w/Advancing Age [CR 8]
- Significantly Younger Chronological Age in Advancing Age Compared to Controls [CR 95]
- Significantly Younger Biological Age in Advancing Age Compared to Controls [CR 95]
- Significantly Younger Chronological Age in a Younger Population Compared to Controls [CR 96-97]
- Significantly Younger Biological Age in a Younger Population Compared to Controls [CR 96-97]
- Reduced Cardiovascular in Elderly African Americans w/ Mild High Blood pressure [CR 16].
- Reduced All-Cause Mortality in Elderly African Americans w/ Mild High Blood pressure [CR 16].
- Reflected DHEAS Levels in Individuals Practicing TM Comparable to Levels of Non-Meditators Who are 5-10 Years Younger (a Difference Not Explained by Variations in Diet, Weight, or Exercise [CR 99].
- Significantly Lower Free Radical Activity Compared to Controls (at All 12 Anatomical Sites) [CR 106-107]
- Significantly Lower Free Radical Activity Compared to Practitioners of other Types of Meditation (at 11 out of 12 Sites) [CR 106-107]
- Compared to Non-Meditating Controls, Free Radical Activity Was 27% Lower Compared to 17% Lower in Practitioners of Other Techniques [CR 106-107]
- Lower Blood Levels of Lipid Peroxides (an Index of Free Radical Activity) in Elderly People Who Practiced TM Compared to Non-Meditating Peers [CR 108]
- Decreased Peripheral Vascular Resistance [CR 128]
- High Galvanic Skin Resistance [CR 110-112, 114, 121, 131, 314]
- Stable Galvanic Skin Resistance [CR 110-112, 114, 121, 131, 314]
- Reduced Arterial Blood Lactate [CR 110-112, 114, 122, 124, 126]
- Deep Muscle Relaxation [CR 150, 158]
- Gives Rise to a Fourth Major State of Consciousness – Transcendental Consciousness – which is Both Experientially and Physiologically Distinct from Waking, Sleeping, and Dreaming [CR 111, 115-119, 129-130,151, 155-156, 161-162, 416]
- Increased Wakefulness During TM [CR 110-113, 115-119, 130, 151-164, 167-168, 407, 416]
- Enhanced Integration between Different Areas of the Brain During TM [CR 115-119, 151-164, 402-404, 416]
- High EEG Coherence between Front and Back of the Brain [CR 115, 119, 130, 151, 154-156, 159-160, 162, 170, 403-404, 416]
- High EEG Coherence between Right and Left Cerebral Hemispheres [CR 115, 119, 130, 151, 154-156, 159-160, 162, 170, 403-404, 416]
- High Levels of Alpha-1 Activity Spread Globally over the Cerebral Cortex, Indicating that TM Brings the Whole Brain to a State of Restful Alertness [CR 119]
- Widespread EEG Alpha Brain Wave Activity during TM [CR 153]
- Reductions in Physiological and Biochemical Correlates of Stress [CR 189-196, 359, 365]
- Reduced Distress Associated w/ Painful Stimuli, w/o Impairing Sensory Acuity [CR 179]
- Three Times As Effective As other Mediation Procedures in Increasing Self-Actualization, an Overall Measure of Positive Mental Health and Personal Development. [CR 201, 203-238]
- Three Times As Effective As Relaxation Procedures in Increasing Self-Actualization, an Overall Measure of Positive Mental Health and Personal Development. [CR 201, 203-238]
- Exceptionally Effective in Developing Emotional Maturity [CR 201, 203-238]
- Exceptionally Effective in Developing a Resilient Sense of Self [CR 201, 203-238]
- Exceptionally Effective in Developing a Positive, Integrated Perspective of Self [CR 201, 203-238]
- Exceptionally Effective in Developing a Positive, Integrated Perspective of the World [CR 201, 203-238]
- Significant Reduction in the Use of Hard Drugs (JOR 58)
- 90% Reduction in Drug Dealing (JOR 58)
- Spontaneous Reduced Usage of Drugs in Beginning and Long Term Users (JOR 58)
- 58% Reduced Marijuana Use (JOR 59, 60)
- 91% Reduced Hallucinogen Use (JOR 59, 60)
- 96% Reduced Amphetamine Use (JOR 59)
- 96% Reduced Barbiturate Use (JOR 59, 60)
- 78% Reduced Opiate Use (JOR 60)
- 50% Reduced Use of Other Drugs (JOR 59)
- Less Dependence on Harmful Drugs Compared to Equally Motivated Controls (JOR 59)
- Reduces Motivation to Use Drugs (JOR 60)
- 81% Reduced Cigarette Smoking (JOR 64)
- More than Twice as Effective in Reducing Cigarette Smoking Compared to Preventative Education Programs (SR 62)
- Three Times as Effective in Reducing Cigarette Smoking Compared to Pharmacological Treatments (SR 62)
- Four times as Effective in Reducing Cigarette Smoking Compared to Smoking Cessation Counseling (SR 62)
- Nine Times as Effective in Reducing Cigarette Smoking Compared to Printed Self Help Materials (SR 62)
- More than Twice as Effective in Reducing Cigarette Smoking Compared to Unconventional Treatments (SR 62)
- Effectively Reduces Smoking Over the Long Term Compared to Other Popular Smoke Reduction Programs that Commonly have Only Short Term Effects (JOR 64)
- As Spontaneously Effective in Reducing Smoking As a Deliberate Smoking Cessation Program (JOR 60)
- More Rapid Progress in Drug Rehabilitation (JOR 60)
- Three Times More Effective than Relaxation Programs in Reducing Alcohol Use (SR 60)
- Significantly More Effective than Preventive Programs Counteracting Peer Influence in Reducing Alcohol Use (SR 60)
- Eight Times More Effective than Other Preventative Education Programs in Reducing Alcohol Use (SR 60)
- Over Five Times More Effective than Driving Under the Influence Programs in Reducing Alcohol Use (SR 60)
- Reduces Need for Stimulants (JOR 60, 62)
- Reduces Risk Factors for Substance Abuse in a Highly Peer-influenced Age Group (JOR 60)
- Effective and Appropriate Drug Treatment for Disadvantaged and Chronically Addicted Populations (JOR 60)
- A Meta-Support System that Helps Recovering Patients Make Better Use of Support Systems like Vocation (JOR 60)
- Greater Effect in Decreasing Anxiety than Was Observed w/ Mindfulness Meditation [CR 417]
- Exceptional in the Breadth and Depth of Beneficial Effects Associated w/ Anxiety Reduction [CR 417]
- Increased Brain Integration [CR 417]
- Markedly More Effective than other Techniques in Improving Psychological Variables [CR 02]
- 48% Reduction in Clinically Significant Depression Symptoms [CR 242]
- Improved Verbal-Analytical Tasking (Indicating Improved Functioning of both Left and Right Cerebral Hemispheres) [CR 101, 185, 266-268, 274-279, 283-284, 305, 397, 404]
- Improved Visual-Spatial Tasking (Indicating Improved Functioning of both Left and Right Cerebral Hemispheres) [CR101, 185, 266-268, 274-279, 283-284, 305, 397, 404]
- Reduced Blood Pressure In Pre-Hypertensive Adolescents [CR 22-25, 34]
- Reduced Perceived Stress and Depression, and Burnout in Secondary Schoolteachers and Support Staff [CR 423]
- Reduced Burnout in Secondary Schoolteachers and Support Staff [CR 423]
- Produces Unexpected Improvements in Basic Cognitive Abilities that Do Not Usually Develop Beyond Early Adolescence [CR 266-267, 270, 275].
- Increased Emotional Stability in Industrial Employees Compared to Controls [CR 61-62]
- Reductions in Anxiety in Industrial Employees Compared to Controls [CR 61-62]
- Reductions in Tendency to Neurosis in Industrial Employees Compared to Controls [CR 61-62]
- Reductions in Impulsiveness in Industrial Employees Compared to Controls [CR 61-62]
- Reductions in Physical Complaints in Industrial Employees Compared to Controls [CR 61-62]
- Reductions in Insomnia in Industrial Employees Compared to Controls [CR 61-62]
- Reductions in Smoking Compared to Controls in Industrial Employees Compared to Controls [CR 61-62]
- Reductions in Depression in Industrial Employees Compared to Controls [CR 61-62]
- Significantly Greater Improvement in General Health in Auto Workers Compared to Controls [CR 316]
- Significantly Greater Reductions in Physiological Arousal in Auto Workers Compared to Controls [CR 316]
- Significantly Greater Reductions in Anxiety in Auto Workers Compared to Controls [CR 316]
- Significantly Greater Reductions in Job Tension in Auto Workers Compared to Controls [CR 316]
- Significantly Greater Reductions in Insomnia in Auto Workers Compared to Controls [CR 316]
- Significantly Greater Reductions in Fatigue in Auto Workers Compared to Controls [CR 316]
- Significantly Greater Reductions in Consumption of Cigarettes in Auto Workers Compared to Controls [CR 316]
- Significantly Greater Reductions in Hard Liquor Use in Auto Workers Compared to Controls [CR 316]
- Significantly Greater Job Satisfaction Compared to Controls [CR 316-317]
- Significantly Greater Employee Effectiveness Compared to Controls [CR 316-317]
- Significantly Better Work Relationships Compared to Controls [CR 316-317]
- Substantially Larger Improvements in Personal Relationships Compared to Controls [CR 316-317]
- Substantially Larger Improvements in Occupational Coherence Compared to Other Forms of Meditation and Relaxation [316]
- Substantially Larger Improvements in Physiological Settledness Compared to other Forms of Meditation and Relaxation [316]
- Substantially Larger Improvements in Job Satisfaction Compared to Other Forms of Meditation and Relaxation [316]
- Substantially Larger Improvements in Life Satisfaction Compared to Other Forms of Meditation and Relaxation [316]
- Substantially Larger Improvements in Enhancing Personal Development Compared to Other Forms of Meditation and Relaxation [316]
- Increased Organizational Contributions from Managers Compared to Controls [CR 318]
- Increased Productivity in Managers [CR 318]
- Increased Leadership Practices in Managers [CR 318]
- Better Work Relationships in Managers [CR 318]
- Increased Vitality in Managers [CR 318]
- Increased Mental Health in Managers [CR 318]
- Increased Job Satisfaction in Managers [CR 318]
- Decreased Anger in Managers [CR 318]
- Reduced Alcohol Consumption in Managers [CR 318]
- Healthier Exercise Habits in Managers [CR 318]
- Healthier Dietary Choices in Managers [CR 318]
- Better Sleep in Managers [CR 318]
- Decreased Serum Cholesterol in Managers [CR 318]
- Increased Energy in Managers [CR 318]
- Less Fatigue in Managers [CR 318]
- Improved Mental Health in Managers [CR 318]
- Reduced Stress-Related Physical Symptoms in Managers [CR 318]
- Reduction in Perceived Stress in Overloaded Situations in Managers [CR 318]
- Reduction in Perceived Stress in Uncontrollable Situations in Managers [CR 318]
- Reduction in Perceived Stress in Unpredictable Situations in Managers [CR 318]
- Reductions in Anxiety in High-Security Government Employees after 12 Weeks which was Sustained for 3 Years in Comparison to Controls who Participated in an Educational Corporate Stress-Management Program [CR 319]
- Reductions in Depression in High-Security Government Employees after 12 Weeks which was Sustained for 3 Years in Comparison to Controls who Participated in an Educational Corporate Stress-Management Program [CR 319]
- Sustained, 3 year Improvements in Self-Concept in High-Security Government Employees Compared to Controls who Participated in an Educational Corporate Stress-Management Program [CR 319]
A kutatásokat megjelentető 176 szakfolyóirat listája
- Acta Medica Okayama
- AIDS Care: Psychological and Socio-medical
- Aspects of AIDS/HIV
- Alternative Therapies
- Alternative Therapies in Clinical Practice
- American Journal of Cardiology
- American Journal of Health Promotion
- American Journal of Hypertension
- American Journal of Managed Care
- Archives of Internal Medicine
- Australian Dental Journal
- Australian Family Physician
- Behavioral Medicine
- Biologische Medizin
- British Journal of Nursing
- Canadian Medical Association Journal
- Cardiology in Review
- Cardiology Research and Practice
- Circulation
- Circulation: Cardiovascular Quality and Outcomes
- Complementary Medicine International
- Current Hypertension Reviews
- Current Hypertension Reports
- Dentistry and Medicine
- Est-Medicine
- Ethnicity and Disease
- Evidence-Based Complementary and Alternative Medicine
- Focus on Alternative and Complementary Therapies
- Harefuah, Journal of the Israel Medical Association
- Health and Quality of Life Outcomes
- Health Promotion
- Homeostasis
- Hypertension
- Integrative Cancer Therapies
- Japanese Journal of Industrial Health
- Japanese Journal of Public Health
- Journal of Aging and Health
- Journal of Alternative and Complementary Medicine
- Journal of Behavioral Medicine
- Journal of Holistic Nursing
- Journal of Human Stress
- Journal of Offender Rehabilitation
- Journal of Psychosomatic Research
- Journal of the American Society of Psychosomatic Medicine
- Journal of the American Association of Nephrology
- Journal of the Association of Physicians of India
- Journal of the National Medical Association
- Lakartidningen (Swedish Medical Assoc. Journal)
- Lancet
- Le Médecin du Québec
- Medical Hypotheses
- Medizinische Klinik
- Military Medicine
- New ZealandFamily Physician
- New ZealandMedical Journal
- Nurses and Technicians
- The Permanente Journal
- Psychosomatic Medicine
- Respiration
- Socialstyrelsen(Swedish National Health Board)
- Stroke
- Schweizerische Ärztezeitung
- Ugeskrift for Lœger
- Zeitschrift fur Allgemeinmedizin
- American Journal of Physiology
- Annals of the New York Academy of Sciences
- Biofeedback
- Biofeedback and Self-Regulation
- Biological Psychology
- Biulleten Eksperimental Biologii Meditsiny
- Cognitive Processes
- Consciousness and Cognition
- Dreaming
- Electroencephalography and Clinical Neurophysiology
- Elektromyographie EEG-EMG
- Experientia
- Experimental Neurology
- Hormones and Behavior
- Human Physiology (Fiziologiya Cheloveka)
- International Journal of Neuroscience
- International Journal of Psychophysiology
- Journal of Applied Physiology
- Journal of Neural Transmission
- L’Encephale
- NeuroReport
- Neuroscience and Biobehavioral Reviews
- Physiology and Behavior
- Proceedings of the San Diego Biomedical Symposium
- Progress in Brain Research
- Psychoneuroendocrinology
- Psychopathometrie
- Psychophysiology
- Revista Internacional De Ciencias Del Deporte
- Revue d’Electroencéphalographieet de Neurophysiologie Clinique
- Science
- Scientific American
- Signal Processing
- Sleep
- ZeitschriftfürElektroenzephalographie und Elektromyographie
- Alcoholism Treatment Quarterly
- American Journal of Psychiatry
- American Psychologist
- EEG-EMG
- British Journal of Psychology
- Bulletin of the Society of Psychologists in Addictive Behaviors
- Criminal Justice and Behavior
- Gedrag: Tijdschrift voor Psychologie
- Hospital and Community Psychiatry
- International Journal of Comparative and AppliedCriminal Justice
- International Journal of the Addictions
- Journal of Adult Development
- Journal of Clinical Psychology
- Journal of Counseling Psychology
- Journal of Criminal Justice
- Journal of Humanistic Psychology
- Journal of Indian Psychology
- Journal of Personality and Individual Differences
- Journal of Personality and Social Psychology
- Journal of Personality Assessment
- Journal of Psychology
- Journal of Social Behavior and Personality
- Lakartidningen
- Memory and Cognition
- Modern Psychological Studies
- Perceptual and Motor Skills
- Psychologia
- Psychological Reports
- Psychotherapie-Psychosomatik Medizinische Psychologie
- Western Psychologist
- ZeitschriftfürKlinische Psychologie
- Academy of Management Journal
- Anxiety, Stress and Coping
- British Journal of Educational Psychology
- Career Development International
- College Student Journal
- Current Issues in Education [On-line]
- Education
- Educational Technology
- Human Resource Management
- Intelligence
- Journal of Adult Development
- Journal of Business and Psychology
- Journal of Creative Behavior
- Journal of Instructional Psychology
- Journal of Managerial Psychology
- Journal of Moral Education
- Journal of Organizational Change Management
- Journal of Transnational Management Development
- Leadership and Organization Development Journal
- Management Decision
- The Learning Organization: an International Journal
- The TQM Magazine
- Addictive Behaviors
- Alcoholism Treatment Quarterly
- Bulletin of the Society of Psychologists in Addictive Behaviors
- Bulletin on Narcotics
- Drug Forum
- Caribbean Journal of Criminology and Social Psychology
- Criminal Justice and Behavior
- Criminal Law Journal Criminology
- FBI Law Enforcement Bulletin
- International Journal of Comparative and Applied
- Criminal Justice
- International Journal of Offender Therapy and International Journal of the Addictions
- Journal of Conflict Resolution
- Journal of Crime and Justice
- Journal of Criminal Justice
- Journal of Mind and Behavior Journal of Offender Rehabilitation
- Journal of Offender Rehabilitation
- Journal of Scientific Exploration
- Proceedings of the American Statistical Assoc.
- Proceedings of the Midwest Management Society
- Psychology Crime and Law
- Ratio Juris
- Social Indicators Research
- Social Science Perspectives Journal
A TM-kutatásokat az alábbi egyetemeken, kutatóintézetekben végezték:
- American University of Beirut, Beirut, Lebanon
- Analytic Sciences Corporation, The, Reading, MA, USA
- Andhra Pradesh Sports Council, Lal Bahadar Stadium,
- Hyderabad, India
- Astrophysics Research Corporation, Los Angeles, CA,
- Austrian Association of Ayurvedic Medicine, Vienna, Austria
- Austrian Medical Association–TM, Vienna, Austria
- Ball State University, Muncie, Indiana, USA
- Baruch College, New York, New York, USA
- Beilinson Medical Center, Petach Tiqva, Israel
- Birmingham University, Birmingham, United Kingdom
- Boston City Hospital, Boston, Massachusetts, USA
- Boston University School of Education, Boston, MA,
- Boston University School of Medicine, Boston, MA,
- Boston University, Boston, Massachusetts, USA
- Boston Veterans Administration Hospital, Boston, MA,
- Brandeis University, Waltham, Massachusetts, USA
- Buffalo Veterans Administration Hospital, Buffalo, NY,
- Business and Technology Systems, Boston, MA, USA
- C.H.U. de Rheims, France
- C.L.S.C. de Sainte-Méthode, Canada
- California School of Professional Psychology , Fresno, CA
- California State College at Sonoma, Sonoma, CA, USA
- California State University at Hayward, Hayward, CA
- California State University at Long Beach, Long Beach,CA
- California State University at Northridge, Northridge, CA
- Central Bank of Barbados, Bridgetown, Barbados
- Centre Hospitalier Saint-Philibert, Lomme, France
- Cleveland VA Medical Center, Cleveland, Ohio, USA
- Cleveland World Plan Center, Cleveland, Ohio, USA
- Computational Engineering, Inc. Woburn, MA
- Cornell University, Ithaca, New York, USA
- Cranfield Institute of Technology, Bedford, England
- Dalhousie University, Halifax, Nova Scotia, Canada
- Denver Veterans Administration, Denver, Colorado
- Deutsche Sporthochschule Köln, Cologne, Germany
- Drug and Alcohol Abuse and Prevention Program, Fort Bliss, TX, USA
- Drug Rehab Ctr of Arbeiterwohlfahrt Kreisverband, Mülheim/Ruhr, Germany
- Dunedin Hospital, Dunedin, New Zealand
- Eastern Kentucky University, Richmond, Kentucky
- Eastern Michigan University, Ypsilanti, Michigan, USA
- Edmonton Public School Board, Edmonton, Alberta
- École Centrale, Paris, France
- Nationale Supérieure des Artes et Métiers de Châlons-sur Marne, France
- Far West Laboratory, San Francisco, California, USA
- Federal Correctional Institution, Lompoc, California
- Freien Universität Berlin, Germany
- G.I.T.P., Amsterdam, the Netherlands
- Gannon College, Erie, Pennsylvania, USA
- George Washington University, Washington, D.C., USA
- Geriatric Hospital Lainz Pav. XI, Vienna, Austria
- Hampshire College, Amherst, Massachusetts, USA
- Harvard Medical School, Boston, Massachusetts, USA
- Harvard University, Cambridge, Massachusetts, USA
- Heylen Research Centre, Auckland, New Zealand
- Hobart & William Smith Colleges, Geneva, New York
- Indiana State University Terre Haute, Indiana, USA
- Indiana University, Indiana, USA
- Institute for Philosophy, Consciousness, and S.C.I., Richmond, VA, USA
- Inst. for Physiology and Biochbernetics, U of Erlangen-Nürnberg, Germany
- Inst. of Consciousness and Human Development, Cambridge, MA
- Institute for Social Rehabilitation at MCI Walpole, Massachusetts, USA
- Institute for Social Rehabilitation, Berkeley, California,
- Institute for Social Rehabilitation, Burlington, Vermont,
- Institute for Social Rehabilitation, Los Angeles, CA
- Institute for Social Rehabilitation, Pacific Palisades, LA, CA
- Institute of Basic Medical Sciences, Madras, India
- Institute of Living, The, Hartford, Connecticut , USA
- Institute of Psychiatry, London, England
- Institute of Psychophysiological Medicine, San Diego, CA
- Kaiser-Permanente Medical Center, Oakland, CA, USA
- Kashi Vidyapeeth, Varanasi, India
- l’Hôpital de Beauceville, Montreal, Canada
- l’Unité de médecine familiale du CHUL, Montreal,Canada
- La Rochefoucauld, Paris, France
- La Tuna Federal Penitentiary, La Tuna, New Mexico,
- Lawrence Livermore National Lab, Livermore, CA
- LENA, Hôpital de la Salpêtrière, Paris, France
- Long Beach VA Hospital, Long Beach, CA
- Lutcher Brown Center for Diabetes and Endocrinology, La Jolla, CA, USA
- Macquarie University, North Ryde, N.S.W., Australia
- Maharani’s College, Mysore, India
- Maharishi College of Natural Law, Rotterdam, The Netherlands
- Maharishi European Research University, Seelisberg, Switzerland
- Maharishi European Research University, Vlodrop, The Netherlands
- Maharishi European Research University, Weggis, Switzerland
- Maharishi International Caribbean, Inc. Fajardo, Puerto Rico
- Maharishi International University, Fairfield, Iowa, USA
- Maharishi University of Natural Law, Buckinghamshire, UK
- Mahidol University, Thailand Marquette University, Milwaukee, WI, USA
- Marywood College, Scranton, Pennsylvania, USA
- Massachusetts General Hospital, Boston, MA
- Massachusetts Institute of Technology, Cambridge, MA
- McGill University, Montreal, Quebec, Canada
- Medizinische Poliklinik der Universität Würzbuty, Germany
- Medizinische Universität-Poliklinik Köln, Germany
- Memphis State University, Memphis, Tennessee, USA
- MERU Research Inst., Mentmore, Buckinghamshire, UK
- MERU Research Institute, Singapore
- Military Institute of Aviation Medicine, Warsaw, Poland
- National Defense Research Institute, Karlstad, Sweden
- Neurologische Universitätsklinik, 8091 Zürich, Switzerland
- Nilouffer Hospital, Hyderabad, Andhra Pradesh, India
- North Staffordshire Polytechnic, Stoke on Trent, UK
- North Texas State University, Denton, Texas, USA
- Ohio State University, Columbus, Ohio, USA
- Oregon Department of Corrections Research and
- Evaluation Unit, Salem Oregon, USA
- Orentreich Foundation for the Advancement of Science, N.Y. City, NY, USA
- Paris, France & Weggis, Switzerland
- Pennsylvania State University, Hershey, Pennsylvania,
- Portsmouth Polytechnic, Portsmouth, Hampshire, UK
- Prasart Neurological Hospital, Thailand
- Princeton University, Princeton, New Jersey, USA
- Purdue University, West Lafayette, Indiana, USA
- Queen Elizabeth Hospital, The, Woodville, South Australia
- Roger Williams College, Rhode Island, USA
- Rollins College, Winter Park, Florida, USA
- San Diego State University, San Diego, California, USA
- Scientific Systems, Inc. Cambridge, Massachusetts,
- Scripps Clinic and Research Foundation, La Jolla, CA
- Seattle VA Hospital, Seattle, Washington, USA
- Somdejchaopraya Hospital, Thailand
- Southeastern Massachusetts University, North Dartmouth, MA, USA
- Southern Illinois University, Carbondale, Illinois, USA
- Sri-Nakharinwirot University, Bangkok, Thailand
- St. Joseph’s College, Philadelphia, Pennsylvania, USA
- St. Mary’s College, Notre Dame, Indiana, USA
- Stanford Medical School, Palo Alto, California, USA
- Stanford University, Palo Alto, California, USA
- Stanley Cobb Lab for Psychiatric Research, Boston, MA,
- State University College of New York at Brockport, NY
- State University College of New York, Buffalo, NY
- State University College of New York at New Paltz, NY
- Stirling University, Stirling, Scotland
- Stockholm University, Stockholm, Sweden
- Tel Aviv University Medical School, Israel
- Texas A & M University, College Station, Texas, USA
- United States District Court, Northern District of Illinois, IL
- United States International University, San Diego, CA
- Università degli Studi di Padova, sede di Verona, Italia
- Università degli Studi di Trieste, Italia
- Universität Eppendorf, Germany
- Universität Hamburg, Germany
- Université du Québec, Montréal—Gamelin, Québec,
- Université René Descartes, Paris France
- University College of Swansea, University of Wales, Swansea, Wales
- University of Aarhus, Aarhus, Denmark
- University of Adelaide, South Australia
- University of Alberta, Edmonton, Alberta, Canada
- University of Arkansas, Pine Bluff, Arkansas, USA
- University of California at Berkeley, Berkeley, CA
- University of California at Irvine, Irvine, California, USA
- University of California at Los Angeles, Los Angeles, CA
- University of California at San Diego, San Diego, CA
- University of California at Santa Cruz, Santa Cruz, CA
- University of California Irvine College of Medicine, Orange, CA, USA
- University of California School of Medicine, San Francisco, CA, USA
- University of Central Florida, Orlando, Florida, USA
- University of Chicago, Chicago, Illinois, USA
- University of Cincinnati, Cincinnati, Ohio, USA
- University of Cologne, Cologne, Germany
- University of Colorado Medical Center, Denver, CO
- USA University of Colorado, Boulder, Colorado, USA
- University of Durham, Durham, England
- University of East Anglia, Norwich, Norfolk, England
- University of Edinburgh, Edinburgh, Scotland
- University of Exeter, Exeter, England
- University of Florida, Gainsville, Florida, USA
- University of Georgia, Athens, Georgia, USA
- University of Gothenburg, Sweden
- University of Göttingen, D-3400 Göttingen, Humboldtallee 7, Germany
- University of Groningen, Groningen, the Netherlands
- University of Hawaii, Honolulu, Hawaii, USA
- University of Kansas, Lawrence, Kansas, USA
- University of Lund, Lund, Sweden
- University of Maryland, College Park, Maryland, USA
- University of Massachusetts, Amherst, MA
- University of Michigan Medical School, Ann Armor, MI
- University of Michigan, Ann Arbor, Michigan, USA
- University of Minnesota, USA
- University of New England at Armidale, New South Wales, Australia
- University of New South Wales, New South Wales, Australia
- University of Nijmegen, The Netherlands
- University of Oklahoma, Norman, Oklahoma, USA
- University of Otago Medical School, Dunedin, New Zealand
- University of Pittsburg, Pittsburgh, Pennsylvania, USA
- University of Quebec, Rouyn, Quebec, Canada
- University of Queensland, Australia
- University of Saarland, Saarbrüken, Germany
- University of Singapore
- University of Southern California, Los Angeles, CA
- University of Sussex, Falmer, Brighton,
- University of Tel-Aviv Sackler School of Medicine, Tel-Aviv, Israel
- University of Tennessee, Knoxville, Tennessee, USA
- University of Texas at El Paso, El Paso, Texas, USA
- University of Texas, Austin, Texas, USA
- University of Trondheim, Norway
- University of Victoria, Victoria, British Columbia
- University of Virginia Medical Center, Charlottesville, VA
- University of Wales Institute of Science and Technology, Cardiff, Wales
- University of Washington, Seattle, Washington, USA
- University of York, England
- Victoria University, Wellington, New Welsh National Centre, Cardiff, United Kingdom
- West Virginia University, Morgantown, West Virginia
- Western Kentucky University, Bowling Green, Kentucky, USA
- Western Washington Stage College, Bellingham, Washington, USA
- Wilkes College, Wilkes-Barre, Pennsylvania, USA
- Xavier University, Cincinnati, Ohio, USA
- Yale Medical School, New Haven, Connecticut, USA
- York University, North York, Ontario, Canada