Geopathic Stress Research Articles

Study of Sleep Quality in Geopathic Stresses Areas and Efficacy of Enviromat in Improving the same- A Quantitative Study

A good night's sleep is essential for maintaining a healthy body and mind, as our body cells repair themselves during sleep. However, various factors can disturb our sleep, and Geopathic Stress is considered one of the contributing reasons. Geopathic Stress refers to the disturbance of natural energy flows, primarily caused by geological features such as underground water veins, mineral deposits, and fault lines, which can lead to disruptions in health. So, we aim to investigate the impact of Geopathic Stress on sleep quality and the efficacy of Enviromat as a potential solution. In this study, a total of 22 subjects were screened and recruited as per the inclusion and exclusion criteria. The research began with a literature review of relevant studies to identify the effects of Geopathic Stress on sleep quality. After reviewing the relevant research studies, a protocol was formed and presented to the Institutional Ethics Committee for approval, at All India Institute of Medical Sciences, New Delhi. Once the protocol was approved, Geopathic Stress zones were identified in the Sleep lab, where subjects slept on the beds in these zones. Subsequently, the Enviromat was evaluated for its efficacy to mitigate the harmful effects of Geopathic Stress on sleep quality. Complete data of 20 subjects was recorded and analysed with and without Enviromat with a gap of 10 days between two readings. The results indicated that sleep quality improved significantly (from 80.78 ± 7.83 to 87.08 ± 5.70; p-value = 0.0021) in most subjects when the Enviromat was used, suggesting its potential effectiveness in counteracting the negative effects of Geopathic Stress on sleep. These findings provide valuable insights into the relationship between Geopathic Stress and sleep and highlight the Enviromat as a promising intervention.

The Thermodynamic Change Laws of CO2-Coupled Fractured Rock

Under the background of the “dual carbon” target, exploring the pathway of efficient geological storage and high energy utilization of CO2 is a hot issue in CO2 emission reduction research. Under the coupling effect of high geopathic stress in deep rock layers and thermal stress generated during the geological sequestration of CO2, CO2 infiltration into coal rock changes the ambient temperature around the rock, while thermal diffusion effects cause damage to the rock and influence fracture expansion. In the present study, CO2-water–rock coupling test system and characterization of fissure surface roughness were conducted to analyze the rock’s mechanical properties, damage, and fracture evolution. Modeling of the equivalent fissure was employed to reveal the heat transfer mechanism between the rock matrix and CO2. The results obtained illustrate that the rock samples coupled with CO2 exhibited remarkable changes in mechanical properties. These changes include an increase in the number of pores, enhanced inter-pore connectivity, and a planar type of surface roughness in the fissures, ultimately resulting in an increase in conductivity. Conversely, the remaining rock samples displayed poor mechanical properties and surface fracture connectivity. As pressure decreased, the heat transfer coefficient decreased from 86.9 W/m2·K to 57.5 W/m2·K, accompanied by a temperature drop from 33.6 °C to 30.6 °C, demonstrating a proportional relationship between pressure and the heat transfer coefficient. Furthermore, the flow rate gradually increased with the rise in CO2 pressure, indicating denser flow lines with faster flow rates. At 15 MPa, CO2 exhibits enhanced mobility.

A Review on Use of Mica in Concrete to Resist Geopathic Stress

Geopathic stress is a controversial concept suggesting that certain geological factors and electromagnetic radiation in the Earth’s crust can adversely affect human health and structures. In the context of concrete construction, geopathic stress has raised concerns about its potential impact on structural integrity and durability. This review paper examines the use of mica in concrete as a potential remedy for mitigating geopathic stress. Mica, a naturally occurring mineral with unique properties such as electrical insulation, thermal stability, and chemical inertness, holds promise as an additive to enhance concrete's resistance to geopathic stress. Through a comprehensive literature review, this paper explores the current state of research on partially replaced mica in cement concrete, including experimental studies, theoretical considerations, and practical applications. Key findings, benefits, and challenges associated with the use of mica in concrete are analyzed, and future research directions are proposed. By synthesizing existing knowledge and identifying research gaps, this review aims to contribute to a better understanding of mica’s potential role in mitigating geopathic stress in concrete construction

Investigation for influence of geopathic stress on structural behaviour of road elements

Investigation for influence of geopathic stress on structural behaviour of road elements

Investigation of the effects from geopathic stress on the design thickness of flexible pavements

Purpose Soil is an essential component of road construction and is used in the form of subgrade materials. It ensures the stability and durability of the road under adverse conditions; being one of the important parameters, poor judgment of the engineering properties of soil can lead to pavement failure. Geopathic stress (GS) is a subtle energy in the form of harmful electromagnetic radiation. This study aims to investigate the effect of GS on soil and concrete. Design/methodology/approach A total of 23 soil samples from stress zones and nonstress zones were tested for different engineering properties like water content, liquid limit, plastic limit, specific gravity and California bearing ratio. Two concrete panels were placed on GS zones, and their quality was monitored through nondestructive testing for a period of one year. Findings The result shows that the engineering properties of soil and pavement thickness are increasing in stress zones as compared with nonstress zones. For concrete panels, as time passes, the quality of the concrete gets reduced, which hints toward the detrimental effect of GS. Originality/value This research is a systematic, scientific, reliable study which evaluated subgrade characteristics thus determining the detrimental impact of the GS on soil and pavement thickness. On a concluding note, this study provides a detailed insight into the performance of the road segment when subjected to GS. Through this investigation, it is recommended that GS should be considered in the design of roads.

Efficacy of Enviroglobe and Geomat in Combating the Deleterious Effect of Electromagnetic Fields and Geopathic Stress on Sleep

Introduction The aim of this research is to determine the efficacy of Enviroglobe and Geomat in enhancing sleep and other related parameters of a person sleeping in an environment surrounded with natural and manmade sources of EMF. Materials and Methods Sixty-six healthy subjects (44 subjects for Enviroglobe and 22 subjects for Geomat), between 18-60 years were enrolled for this interventional study. The study was conducted at the Apollo Hospital, New Delhi, India. Result The comparison of sleep data with and without Enviroglobe in terms of Deep Sleep (78.8 ±53.9) vs (85.3 ±30.5), (p<0.030) was found to be statistically significant. There was a trend towards significance in sleep efficiency score and REM sleep as well. We did not find any statistically significant difference between light sleep and awake time. There was a statistically significant difference between the sleep data with Geomat in terms of Sleep efficiency score (67.4 ±9.7) vs (73.8 ±7.6), p< 0.028 and awake time (61.3 ±15.4) vs (51.0 ±11.5), p<0.021. We did not find any statistically significant difference between REM, deep sleep, and light sleep. Discussion The World Health Organization (WHO) / International Agency for Research on Cancer (IARC) has classified radiofrequency electromagnetic fields as possibly carcinogenic to humans (Group 2B), based on an increased risk for glioma, a malignant type of brain cancer associated with wireless phone use.

Influence of Geopathic Stress Zone on Heart Rate variability Parameters

Background and Aim: Geopathic stress (GS)is the effect of detrimental earth radiation and electro-magnetic radiation on the health of human body. The aim of this study is to evaluate the effect of the geopathic stress on heart rate variability(HRV) parameters in healthy human subjects. Methods: The time and frequency  domain HRV analyses were performed to assess the changes in sympathovagal  balance in group of 60 healthy volunteers with normal electrocardiogram(ECG).Sixty volunteers we-re selected for the study with  no history of illness(40 healthy men volunteers, 20 healthy women vo-lunteers). By using the apparatus Rayocomp PS-10(German, Rayonex), Geopathic stress zone were measured. The time and frequency domain HRV analyses were performed befor and after 60 minutes stay of volunteers in Geopathic stress zone.  Results: During 60 minutes stay on the GS zone, the time domain parameters such as standard  deviation(SD, ms) of all normal sinus RR intervals were significantly decreased. Then frequency domain parameters such as very low frequency (VLF, ms2), low frequency (LF, ms), and the LF/HF ratio were significantly increased. Conclusion: The study indicated  that the stay of healthy human in the GS zone may influence heart rate variability and change the sympathovagal balance.

Effect of geopathic stress on flexible pavement distresses and accidents

The primary goal of the pavement is to provide a safe and smooth riding surface. Few research studies have explored the influence of geopathic stress in road accidents. Still, its effect on the pavement distresses and, as a result, on-road accidents are yet to be explored. This research aims to formulate regression models between the average number of accidents with geopathic stress and Pavement Condition Index (PCI) values. For Pune city, 36 accident black spots on the flexible pavement are considered, and accident data from 2016 to 2020 has been used. On each spot, the Pavement Condition Index (PCI) is determined using the traditional, precise manual method as per IRC 82:2015. Geopathic stress is measured using the innovative NAAV meter instrument. In the NAAV meter due to the influence of geopathic stress, the laser beam deviates, which can be visually observed; which is not possible with other devices such as Esmog Spion and magnetometer. Three linear regression models are developed. The first one relates the average number of road accidents (Ā) with the Pavement Condition Index (PCI). In contrast, the second one relates (Ā) with the electric field output on account of the interference of geopathic stress with a laser beam emitted from the source in the NAAV meter, (NR) in microamperes. Equation three relates the pavement condition index (PCI) with (NR) as well. It is found that the number of accidents increases on distressed spots with the increase in geopathic stress. The mathematical models developed would effectively establish a relationship between road accidents, geopathic stress, and pavement surface condition. This would further enable transportation authorities to predict the number of road accidents at specific locations on existing pavement. In addition, transport authorities can economize at the road maintenance cost by identifying critically distressed sections at black spots which are severely impacted by weak electromagnetic fields emanating from the subgrade on account of the geopathic stress.

An overview of Impact of Geopathic Stress on Environment and Human Health

Earth’ core is dynamic and always fluctuating by the natural variations in its rotation, creating a massive energy field, known as electromagnetic field (EMF). We are continuously exposed to a wide spectrum of electromagnetic radiation from both natural and artificial sources which have adverse effects on the subtle balance in nature's energy fields. Natural geopathic stressors include geological faults, geomagnetic anomalies, ley lines crossing, radon gas and underground water courses. The affected geographical locations are known as geopathic stress zones as these locations exert negative effects upon health. Geopathic stress can affect all living beings including humans, animals and plants. It is primarily associated with sick building syndrome, potentially lead to physical and mental illnesses. It may also cause pavement distress, as well as frequent machinery broke down. Energy from the subsurface of the earth at specific locations or in a built environment can be detected by using ancient techniques like dowsing, and modern devices such as Spinning Electric Vector Analyzer (SEVA) and gas discharge visualization (GDV) camera, as well as tests like Vegetative Resonance Test (VRT) and Light Interference Technique (LIT). It is important that one's bed or workstation is located on a geopathic stress free zone. There is much that can be done to ameliorate or remove geopathic stress, such as ‘Feng Shui’, Earth acupuncture, and various other modern Western methods. This paper aims to discuss the potential impact of geopathic stress on the living environment and human health.

Perceived Stress, Geopathic Stress and Spirituality of Male Prison Inmates

Previous studies provide insight into the association between incarceration and mental health of prison inmates, but fail to look into the influence Geopathic Stress (GS) and spirituality on perceived stress

Geopathic Stress: A Possible Cause for Pavement Distresses and Road Accidents

India loses 3% of its GDP due to road accidents. Significance of Geopathic stress as a causative factor of road accidents has been studied by few researchers; however its effect on Pavement distresses and hence road accident is yet unexplored. The aim of this research is to determine the correlation between average number of accidents, Pavement Condition Index (PCI) values and Geopathic stress. Accident data was collected from Pune traffic department for 3 years period from 2015-16 to 2017-18. Based on the number of accidents during this period accident blackspots were found. On each black spot pavement distresses survey was carried out and its condition was analyzed by Indian Road Congress (IRC) 82:2015 code method. At these accident blackspots detection of geopathic stress was done by using 2 copper L-rods, lecher antenna. Intensity was measured in terms of electrical and magnetic field. Electrical field reading was measured using Esmog-spion and magnetic field reading was measured by magnetometer. Data was analyzed using Karl Pearson’s correlation coefficient and a linear regression model is developed for average number of road accidents (Ā) with Pavement Condition Index (PCI). Utility of the equation is for forecasting the number of fatal accidents at similar black spots based on their pavement distress condition. A further attempt is to investigate the effect of electric and magnetic characteristics of geopathic stress on road accidents.

Primary fibromyalgia syndrome: A new holistic approach [abstract

INTRODUCTION: Primary fibromyalgia syndrome (PFS) is a psychogenic form of rheumatism characterized by nonspecific persistent chronic pain for at least six months at the trigger points (8 to 30 Trigger Points), short-term memory loss, difficulty concentrating, morning muscle rigidity, restless leg syndrome, cramps, neuro-vegetative disturbance, weakness, change in sleep pattern, anxiety, reactive depression, functional colopathy disturbance, sexual disturbance, persistent low-grade fever, interstitial cystitis, postural instability with vertigo and tinnitus. They present:
 a)viral etiology from: Epstein-Barr virus with pyscho-somatic substrate. 
 b)Immune factors: inflammatory cytokine IL-1, T.N.F. alpha. 
 c)Organic etiology: alteration of biochemical and morphological markers, metabolic oxidative stress. 
 d)Psychological or traumatic stress : anxiety, reactive depression, panic attacks whiplash. 
 e)Environmental factors : change in electromagnetic fields, geopathic stress, pesticide poisoning with multiple chemical syndrome, mercury poisoning. 
 f)Dietary factors : presence of glutamate in food. g)Gulf war syndrome : 30% of soldiers develop P. F. S.
 
 MATERIAL and METHODS: The patient is evaluated from a psychological point of view (psychological trauma), associated with the use of Acetyl-L-Carnitine, Naltrexone hydrocloride low dose and Cell Food-S-Adenosin Methionine. With additional therapies : Mineralogram , Chelation Therapy , Viral Seriology with Labò Live , Micro-immunotherapy (with homeopathic interleukin), Dr. Pierpaoli protocol with the use of vitamins A, D, E, C, Melatonin, Glutathione, Ubiquinone.
 Protocol:
 -Infiltration of the Trigger Points, mix of oxygen-ozone (O2O3) concentration 15-10 mcgrg/mL in cycles assessed with the Kinesiology Test (K.T.)
 -Minor Autohemotherapy (PAET) : concentration 20-15-10 mcgr/mL in cycles (K.T.)
 -Major Autohemotherapy (GAET) : concentration 20-15-10 mcgr/mL in cycles (K.T.)
 -Rectal insufflation (R.I.) : concentration 20-15-10 mcgr/mL in cycles (K.T.)
 From 1988 to 2017, I have treated 900 cases with this method, with the following results : significant symptom remission in the secondary form in around 60-70% of patients treated with infiltration of the Trigger Points and PAET.
 In more resistant cases, I have used homotoxicology, psychological counseling, Dr. Pierpaoli protocol and micro-immunotherapy
 
 RESULTS: These method results in good symptom remission in 50-60% of the cases treated.
 
 CONCLUSIONS: In the multi-factor genesis of PFS, an early diagnosis is important to prevent the pain occurring alongside psycho-somatic disturbances, which lead the subject into a reactive-depressive state. In the complex symptom variety, the obtained percentage results have improved with this additional method, as, by alleviating the symptoms, you assure a better quality of life for the patient.

Geopathic Stress, Perceived Stress, and Spirituality of Female Prison Inmates: Initial Calculation

Incarceration stress among female prison inmates cannot be avoided, but it has to be coped with. This descriptive-correlational study determined the level and extent of the relationship among perceived stress (PS), geopathic stress (GS), and spirituality of 116 purposively and conveniently selected female prison inmates of certain city Rehabilitation Center in the Philippines, during the third quarter of the Fiscal year 2019. The study utilized the adopted Cohen and Williamson (2008) PS Scale, the Spirituality Scale from Hernandez (2011), and Convocar (2014) GS instrument. Statistics employed were Percentages, Means, Standard Deviation, Mann Whitney, and Kruskal Wallis test set at .05 alpha. The findings revealed that the female inmates had a fair level of PS and a high level of spirituality regardless of their age, educational attainment, length of incarceration, and status of the case, and 27 percent were affected by GS. They differed significantly in PS when grouped according to their length of incarceration, the status of a case, and level of GS, and differed significantly in spirituality when grouped according to their age. A negative and significant relationship between the level of PS and spirituality; and a significant positive relationship between the level of GS and PS. Hence, GS and spirituality have to be considered in managing stress among female inmates.

GEOMEDICAL TOURISM – OUTDOOR HEALTH CARE FACILITIES ANTI-GEOPATHIC STRESS TREATMENT

Geopathic stress and electrosmog affect on the human health in different ways. The list of symptoms is varied and very impressive, but the real problems posed for the study require a specialized approach to diagnosing the main causes of its occurrence and determines the presence of a new type of disease which described by the WHO in 2002 as "Electromagnetic Hypersensitivity Syndrome - EHS". Our attention as researchers focuses on the capabilities of geopathology (geobiology) to identify the causes of geopathic stress and to describe solutions for its neutralization. The aim of presented study was to create specialized tourism destination in pure nature for wellbeing and prevention of geopathic stress and electrosmog impact. The goal is to test the geomedical tourism as a special approach and problem solving. Objects of research: 16 famous Wellness and SPA destinations from 4 countries: Bansko, Sunny Beach, Pomorie (Bulgaria), Sulzberg- Bregenz (Austria), Ochrid (N Macedonia), Bad Griesbach (Germany) which were examined in 2010-2017. Methods: Test of differentiated self-assessment of the functional state (SAN), Applied Kinesiology Test, Geopathic stress Sequences (GSAS) and geomedical assessment of environment. Results: the core of Geomedical tourism destination management is a geomedical environment assessment of Climate recreation potential, Forest recreation potential- herbs, woods, lichens, Landscape recreation assessment, Environment assessment, Geopathic stress evaluation, Geological places assessment, Biomedical assessment of natural resources and Wellbeing effect. Some outlined benefits of outdoor recreation including post treatment geopathic stress analysis and Applied Kinesiology test-AK. Their positive results we can apply as an additional key for Geomedical tourism destination’s modelling. Our results from SAN test before and after treatment are very motivated to go over it. Conslusion. Geomedical tourism as a live style coaching including outdoor physical exercises, anti-stress massages, special nutrition menu, breathing treatment, forest meditation and geotherapy. Obviously, all forms of proactive and reactive healthcare including geomedical practices are part of health prevention tourism. Outcomes of Geomedical tourism: Creation and promotion of Individual Well Fare Guidelines for sustainability ecological and social life.

Potential Impact of Geopathic Radiation on Environment and Health

Geopathic Stress is a distorted or disrupted electromagnetic field of the Earth causing harmful radiation to emanate from earth surface. The source of the causes for Geopathic stress are the underground streams of water, faulty magnetic grid lines, concentration of mineral deposits and underground fissures. In olden days, most of our civilisations had knowledge about the Geopathic stress as Earth’s radiation energy and their impact on Human beings. However, our research findings by scientists lead to numerous investigations about effect of Geopathic Stress on human system. The purpose of this work is to study the potential impact of geopathic stress on human system by measuring Heart Rate which is an indicator of stress level of human body and the impact on plant machineries by recording breakdown hours. This has been observed during our study that the Heart Rate in geopathic stress zones are higher as compared to nonstress zones which leads to higher stress level of human being. During our course of work, we have found that Geopathic Stress zones not only affect health of people but also affect breakdown rate of machinery and equipment’s kept in Geopathic stress zones. Machines kept in geopathic stress zones tend to have more breakdowns when compared with machines kept in normal zones.

To Study the Nature of Geopathic Stress Caused by Ground Water using NaaV Meter and Proton Magnetometer

To Study the Nature of Geopathic Stress Caused by Ground Water using NaaV Meter and Proton Magnetometer

Students' Geopathic Stress: Its Influence on Their Work-Related Stress, Burnout and On-the-Job Training Performance

Geopathic stress is a natural phenomenon which affects certain places and can be damaging to human health. This study determined the extent of geopathic stress (GS) among 253 randomly selected fourth-year college students and its influence on their work-related stress, burnout, and on-thejob training (OJT) performance. Using descriptive-correlational method, the study utilized published on-line GS questionnaire, stress test, burnout inventory, and students’ final ratings in OJT. The extent of GS among graduating college students revealed that 13.83% had “few feelings” of GS, 32.81% had “some strong feelings” of GS, 39.13% had “substantial GS feelings”, and 14.23% were “experiencing” GS. They had “fair” work-related stress, “some strong” feelings of burnout and “outstanding” OJT performance. Significant differences were found in students’ burnout when grouped as to the level of GS. A positive and significant relationship was found between GS and burnout and among work-related stress and the OJT performance. However, a negative and significant relationship was found between burnout and OJT performance. Hence, GS is a major stressor that triggered burnout and eventually affects students’ OJT performance.

Common Sleeping Related Problems and Illnesses of Persons who Stayed within Geopathic Stress Zone

The study attempted to determine the common sleeping related problems and illnesses among persons who stayed for a period of time within geopathic stress (GS) zone. This descriptive research was conducted in November 2008 to April 2009 among conveniently and purposely selected home and office occupants in the third district of the province of Iloilo, Philippines who after having been surveyed using the Y-rod dowsing tool were found exposed within GS zone. The study used a self-made data gathering instrument based on several internet published theories and researches on problems and illnesses indirectly caused by GS. The study revealed that persons who stayed by seating or sleeping with their parts of bodies exposed within GS zone for a period of time commonly experienced the following: (a) Seating: Frequent waking with feeling of tiredness, tingling and numbness of feet, fatigue in the morning and restless sleep; Migraine, rheumatism, nervousness and high blood. (b) Heads: Insomnia, frequent waking with feeling of tiredness and fatigue in the morning; Migraine, nervousness, and demonic attacked. (c) Chests: Tingling and numbness of hands, frequent waking with feeling of tiredness, insomnia and fatigue in the morning; Cardiovascular circulation problem, asthma, and migraine. (d) Abdomens: Tingling and numbness of feet, insomnia and fatigue in the morning; Rheumatism, migraine, and nervousness. (e) Extremities: Tingling and numbness of feet, insomnia and fatigue in the morning; Arthritis, migraine, and nervousness.

Freeing Persons From Geopathic Stress Zone How Are They Now

This study was conducted to determine the health conditions of purposely and conveniently selected informants whose parts of their body were directly exposed and freed from geopathic stress (GS) zone. The data were gathered with the use of checklist, interview, observation, and medical reports and Y-dowsing rod in locating GS zones. The qualitative analysis of data was employed in the analysis of matrices. The findings of the present research revealed that when subject-informants parts of body had been exposed to GS zone they frequently experienced the following: (a) Head: Insomnia, chronic fatigue, difficulties to concentrate, nightmares, migraine headache, and nervousness; (b) Chest: sudden increase of heartbeat, chest pain, high blood pressure, coughing, wheezing, breathing difficulties, colds, back pains, primary complex, tuberculosis, and pneumonia, cardiac; (c) Abdomen: Pain and inability to produce urine, abnormal frequent uncontrolled urination, hip pain, fatigue, urinary infection, kidney swelling, bloated stomach, diarrhea, and relapsing abdominal problems; (d) Extremities: Rheumatism, arthritis, muscles contraction, tingling, numbness, cramps and inflammation of joints. However, when persons in this study were moved from GS zone the aforementioned long existing and recurring sleeping problems and illnesses almost gradually disappeared despite the absence of medical treatment. They were able to sleep well and wake up comfortably. As they said, “unknowingly, my health problem and illness just disappeared in our new sleeping location.” Hence, moving persons away from GS zone is the best remedy to address GS related health problems.

Effect of geopathic stress zone on human body voltage and skin resistance

Geopathic stress zones are places on the surface of the Earth known to cause health problem. Empirical knowledge of the existence of geopathic stress is probably as old as mankind. The aim of this study is to evaluate the effect of geopathic stress on human body. It further tries to scientifically evaluate dowsing phenomenon by measuring body voltage, skin resistance, using V-20 bio voltmeter, GSR-2 biofeedback system(R) respectively in and around the pre-detected geopathic stress zones on the Mumbai-Pune express way and some residential areas of Pune city (India). Healthy male volunteers were subjected to the stress in prospective study. The observations indicate a change in body voltage, skin resistance in geopathic stress zones as compared to non-stress zone. Key words: Geopathic stress, skin resistance, body voltage.