Used by Practitioners and Researchers Around the World

Bio-Well harnesses the science of bio-electrophotography, a technique rooted in Kirlian photography and advanced by decades of research into biophysics.

By applying controlled high-voltage currents to the fingertips, Bio-Well captures photonic emissions—measurable light quanta—reflecting cellular and systemic energy states, a method refined through studies at various academic institutions around the world.

Peer-reviewed research, along with ample empirical data, demonstrates a strong correlation between these photonic emissions and key physiological markers.

Paired with Bio-Cor’s technology, which leverages bio-resonance principles, Bio-Well delivers a cutting-edge, scientifically robust platform that is transforming our approach to wellness.

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Energy Blockages as a Cause of Disease

The World Health Organization’s International Classification of Diseases, adopted in 2022, recognized energy blockages as potential causes of illness—integrating Traditional Chinese Medicine principles into global health standards.

This historic shift acknowledges vital energy’s role in well-being, aligning with Bio-Well’s biophotonic approach.

Bio-Well doesn’t just measure—it empowers. By detecting energy shifts and imbalances early, Bio-Well supports a preventive, integrative vision of health, addressing physical, emotional, and energetic dimensions.

"The biofield is the organizing energy of life, within and around the organism"

— Dr. Beverly Rubik, PhD

Backed by research

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Reliability supported by 25 years of data and research

Top medical universities around the world have attested of a the reliability of the information presented through the Bio-Well software, as explained here by Pr. Korotkov, PhD.

Over the past decades, more than a million subjects have been scanned, constantly enriching the Bio-Well software to deliver powerful predictive analytics for Bio-Wellers.

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"The Bio-Well is a unique device which enables an individual to see vital characteristics of their body's own energy and energetic state, be it of the organs or the nervous system, providing valuable insight into the consequences of stress."

— Paul Mills, PhDProfessor and Director of the Center of Excellence for Research and Training in Integrative Health University of California, San Diego

"This is an excellent instrument, very convenient, user-friendly and informative. I am using it both in the institute and in my travels and find it very accurate and reliable."

— Krishna Madappa, PhDPresident of the Institute for Science, Spirituality and Sustainability

Bridging Quantum Science and Ayurvedic wisdom

Bio-Well’s scientific foundation rests on Electro-Photonic Imaging, (or Gas Discharge Visualization - GDV). This technique applies a brief, high-intensity electromagnetic pulse to the subject's fingertip, inducing photo-electron emissions that trigger a glowing gas discharge.

Captured by an advanced camera, this glow is digitized into detailed, quantifiable energy maps, reflecting physiological and energetic states.

Decades of research, including studies from Russia’s Saint Petersburg State University and validations at UCLA’s Center for Health Sciences or University of Arizona's Laboratory for advances in Human Consciousness and Health confirm Bio-Well's reliability.

Grounded in meridians science and Ayurvedic principles, Bio-Well translates these emissions into actionable insights, offering a non-invasive bridge between ancient eastern knowledge and cutting edge biophysics technology.

100+ years of Bio-Electrographic Science

1891

Nikola Tesla's work on Gas Discharge Visualization

Nikola Tesla, the visionary genius of electricity, laid critical groundwork for gas discharge visualization with his pioneering experiments in the late 19th century. Fascinated by high-frequency currents, hydrophonic sounds, and electromagnetic fields, Tesla explored how gases glow under electrical stress, observing luminous discharges around objects in his famous Tesla coil experiments.

His 1891 lecture to the American Institute of Electrical Engineers showcased photographs of these glowing auras—early precursors to Kirlian photography—capturing energy fields with a spark of scientific magic. Tesla’s insights into ionization and photonic emissions inspired decades of research, ultimately fueling innovations like Bio-Well.

1895

Energy fields visualized

Jacob Narkevich-Yodko, a brilliant Byelorussian scientist, achieved pioneering success in electrophotography at the close of the 19th century, producing over 1,500 striking images of fingers, plants, and grains with his original technique. His groundbreaking work earned him acclaim at St. Petersburg University, where a 1893 electrography conference celebrated his findings, and led to prestigious appointments, including ‘Member-Employee’ of the St. Petersburg Institute of Experimental Medicine.

Lecturing across Europe’s scientific hubs—Berlin, Vienna, Paris—and honored with medals, including a professorship at the 1900 Congress in France, Narkevich-Yodko’s innovations in visualizing energy fields left an indelible mark, inspiring modern tools like Bio-Wel

1935

The revolution of Kirlian Photography

Russian electrical engineer Semyon Kirlian and his wife Valentina pioneered Kirlian photography, a breakthrough technique capturing energy auras with high-voltage currents on photographic film.

Inspired by electrotherapy’s glowing effects, they unveiled their revolutionary findings in 1958, showing fingertip auras varied with emotional states—a discovery that stunned the scientific world. Their work, spotlighted in the West by 1970’s 'Psychic Discoveries Behind the Iron Curtain,' sparked UCLA’s Moss and Johnson to conduct over 10,000 studies, confirming energy fields shifted with emotions, healing, and acupuncture, cementing Kirlian’s legacy as a trailblazer in bio-field science.

1976

Academic research intensifies

In the 20th century, Kirlian photography captivated researchers. Its scientific credibility soared when physicist William Eidson of Drexel University led a multidisciplinary team to image electrical parameters in real time, mapping human energy fields with unprecedented precision.

Their six-year study, published in the esteemed journal Science in 1976, showcased rapid bio-field changes, earning global attention.

German naturopath Peter Mandel further revolutionized the field, integrating Kirlian photography into his Energy Emission Analysis and pioneering Esogetic Colorpuncture—using colored light on acupuncture points to balance yin and yang, a method validated in clinical settings.

Brazilian researcher Newton Milhomens also advanced fingertip aura interpretation, while the 1987 International Union of Medical and Applied Bio-Electrography (IUMAB) standardized techniques, cementing Kirlian’s legacy as a cornerstone of modern bio-energy science.

1995

Mapping energy systems

In 1995, Russian physicist Konstantin Korotkov and his team achieved a scientific milestone with Gas Discharge Visualization(GDV), advancing beyond traditional Kirlianphotography by quantifying biofield emissions in real time.

Their breakthrough harnessed photo-electron emission—where brief electrical pulses in an electromagnetic field trigger photon and electron cascades, amplified in a sliding gas discharge and captured by a CCD camera—yielding precise, computer-analyzed energy maps tied to organ systems via meridians.

Standardized for consistency, this method, explored in studies with Moscow Medical University’s Dr.E.Yakovleva, offers a reliable window into energy dynamics, bridging biophysics and wellness research.

2023

Bio-Well 3.0 is here

The latest generation of Bio-Well stands as a testament to decades of scientific exploration, building on the foundations laid by pioneers like Tesla, Kirlian, and Korotkov to deliver a refined, evidence-based tool for bio-field analysis.

Evolving from early gas discharge visualization experiments, it integrates advanced photo-electron emission techniques—capturing photonic bursts with precision imaging—and sophisticated software to produce quantifiable, real-time energy maps reflecting physiological and emotional states.

Decades of global research, from St. Petersburg’s biophysics labs to UCLA’s extensive studies, have honed its reliability, linking energetic patterns to stress and organ function. For practitioners, it offers actionable insights to tailor therapies; for researchers, a standardized platform to probe energy dynamics; and for patients, a clear, non-invasive window into their wellness—merging cutting-edge science with practical impact.

Published research:

Bio-electrographic Method for Preventive Health Care - Jackson State University

Correlation of Electrophotonic Imaging Parameters With Fasting Blood Sugar in Normal, Prediabetic,and Diabetic Study Participants - Journal of Evidence-Based Complementary & Alternative Medicine

Causal Relationships Between The Parameters Of Gas Discharge Visualization And Leukocytogram - Journal of Education, Health and Sport.

Evaluation of Electro-Photonic Emission Analysis Indicators in Patients with Non-Communicable Diseses - Coronary Heart Disease - Ukrainian Medical Stomatological Academy

A Correlation Between GDV and HRV Measures: A new Measure of Wellbeing New Venture Technologies, Estee Lauder Companies

A Randomised, Blinded, Placebo-Controlled, Three Armed Parallel Study On Electrophotonic Image Changes During Homoeopathic Pathogenetic Trial Using Molecular And Ultra-Molecular Doses - National Institute of Homeopathy

Analysis of the Influence of Osteopathic Procedures on the Psychophysiological State of Patients - EC Orthopaedics

Electro-Photonic Emission Analysis In Patients With Chronic Obstructive Pulmonary Disease - Lithuanian University of Health Sciences

Engineering Approach to Identifying Patients with Colon Tumors on the Basis of Electrophotonic Imaging Technique Data - The Open Biomedical Engineering Journal

GDV Analysis of Arterial Hypertension - Russian Federal Medical University

Prediction of the competitive readiness of Paralympic athletes on the basis of assessment of the circadian rhythm by Gas Discharge Visualization method - Russian Ministry of Sport

Psychophysiological Correlates of Athletic Success in Athletes Training for the Olympics - Human Physiology (vol 31)

More published papers

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