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What is IUMAB?
IUMAB is the International Union of Medical and Applied Bioelectrography, an organization and information hub built around bioelectrography: the imaging of human energy fields through techniques such as Gas Discharge Visualisation (GDV), electrophotonic imaging, and Kirlian photography. Its site functions less like a commercial storefront and more like an archive and community noticeboard, publishing news, conference material, research notes, and articles associated with Dr. Konstantin Korotkov and related collaborators.
What you'll find there
- Explanatory articles on concepts such as the "Human Light System," intuition, and biophotons
- Material on GDV cameras, Bio-Well devices, and electrophotonic imaging
- Conference and congress information, plus an archive of past content
- Links to a GDVPLANET YouTube channel, including a subscription option
- Occasional coverage of adjacent topics, such as consciousness research
Who it suits
A practitioner or student who already knows terms like "GDV" or "Kirlian effect" will get the most from it, because much of the writing assumes familiarity. Someone researching the history and vocabulary of bioelectrography can use it as a reference point. A general reader looking for peer-reviewed clinical evidence should treat the claims cautiously: the field sits outside mainstream biophysics, and the site presents its framework affirmatively rather than debating it.
A practical next step
If a specific device or method is mentioned—GDV, Bio-Well, electrophotonic imaging—read the article describing it first, then look for independent published research on the same term before drawing conclusions. For broader context on consciousness theories referenced there, the Consciousness Atlas is cited as an interactive visualisation based on Robert Lawrence Kuhn's 2024 paper.
Who can join IUMAB and what membership benefits are offered?
IUMAB is aimed at people with a serious interest in bioelectrography and related energy research — the site's own material covers Gas Discharge Visualisation (GDV), Kirlian photography, electrophotonic imaging, the Bio-Well device, the Human Light System, biophotons and consciousness studies. In practice that means researchers, practitioners who use GDV or Bio-Well equipment, and informed enthusiasts who follow the work associated with Dr. Korotkov and Kirill Korotkov. There is no stated requirement for a clinical or academic credential, so the practical test is whether you want ongoing access to this specific body of material rather than general wellness content.
The membership benefits that are actually visible on the site are content and access oriented rather than commercial:
- Subscriber updates labelled "Korotkov Subscriber," including news posts and announcements such as Black Friday notices.
- Access to articles and archives on bioelectrography, the human energy field, Kirlian effect, noosphere and light perception research.
- Material on the Human Light System and on intuition as an experimental and conceptual framework.
- Links to related activity, including the GDVPLANET channel and conference or congress coverage.
What is not evident from the site is any tiered pricing, certification, professional directory or member-only software bundle, so treat any such expectation as unconfirmed.
A useful next step: if you are deciding whether to join, look at the categories and tags on the site — Bio-Well, GDV, Electrophotonic Imaging, Human Light System, Translighters — and ask whether you would read that stream regularly. If you mainly want equipment training or clinical protocols, check whether a device maker or a professional association better matches that need. For broader context on the field, IUMAB sits alongside general reference sources such as Wikipedia.
How does GDV bioelectrography work and what can it reveal about human energy fields?
GDV (Gas Discharge Visualisation) bioelectrography works by placing a fingertip or other body part on a dielectric (insulating) surface and applying a brief, high-voltage, high-frequency electrical pulse. The discharge that forms around the skin is captured by a camera, and software then analyses the resulting glow patterns. In the framing used by IUMAB, this is treated as a way of recording and interpreting electrophotonic emissions associated with the body's "energy field."
What it aims to reveal
- Pattern structure and symmetry: the shape, density and distribution of the corona-like discharge are read as indicators of physiological and energetic states.
- Change over time: repeated measurements are used to track shifts after interventions such as meditation, breathing work or treatment.
- Comparative profiles: practitioners compare an individual's pattern against baselines or group data, rather than reading a single image in isolation.
How it is described on the site
IUMAB presents GDV alongside related concepts such as the Human Light System, biophotons, biofield and "electrophotonic imaging." These are framed as an integral part of human physiology operating beyond conventional anatomical models. The site also groups GDV material with Kirlian photography, though GDV is a digital, computer-analysed descendant of that older technique.
Practical uses and audiences
| Audience | Typical use |
|---|---|
| Researchers/practitioners | Tracking pattern changes in small studies or case work |
| Wellness practitioners | A visual aid for discussing stress, balance or relaxation |
| Curious individuals | Personal exploration and before/after comparisons |
Trade-offs to keep in mind
The images are visually striking and can be motivating for self-reflection or client conversations. But the interpretation of what the patterns "mean" is contested; mainstream physiology does not accept the glow as a direct readout of a measurable energy field. Skin moisture, temperature, pressure and electrode contact all influence results strongly, so consistency in technique matters more than any single reading.
Next step
If you want to explore this further, start with the conceptual overview on IUMAB and treat any single measurement as one data point in a series, not a diagnosis.
What is the Human Light System and how does it relate to bioelectrography research?
The Human Light System (HLS) is presented on IUMAB as a conceptual and experimental framework within bioelectrography and energy research. It describes a proposed biological system in the human body responsible for transferring information and energy—one positioned as part of human physiology but operating beyond traditional anatomical models, integrating subtle energy fields.
Its relationship to bioelectrography is one of mutual framing rather than a single technique. Bioelectrography (including Gas Discharge Visualisation, Kirlian photography and electrophotonic imaging) supplies the measurement tradition; HLS supplies the interpretive model that connects those images to a broader picture of human energetics. In practice, the two appear together in IUMAB's categories and tags, so a reader exploring HLS is usually also reading about GDV cameras, biofields and biophotons.
Who this is for, and what to watch
- Researchers and practitioners already working with GDV or electrophotonic imaging who want a conceptual frame for their data.
- Readers coming from consciousness studies, parapsychology or noosphere topics, who will find familiar vocabulary but should note the framework is not established anatomy.
- The main trade-off: HLS offers a unifying language across otherwise separate experiments, but that breadth makes it harder to falsify than a narrow physiological claim.
A practical next step: read the HLS article alongside IUMAB's bioelectrography and GDV camera material, and ask of each claim whether it rests on a measurable image or on interpretation layered over one. That distinction tells you which parts you can test yourself.
Can I learn bioelectrography or GDV techniques through IUMAB's resources and training programs?
Yes, but expect IUMAB to work as a hub for the field rather than a single structured course. Its pages gather news, articles, archives, conference material and community notices around bioelectrography, GDV (Gas Discharge Visualisation) and related electrophotonic imaging topics, so you can learn from them if you are willing to assemble your own path.
What you can realistically learn there
- Concepts and terminology — pages such as "The Human Light System" and "Intuition and Intuition Macro" explain the framework and vocabulary used in bioelectrography, which helps you read the rest of the literature.
- Equipment and method context — recurring tags and categories for GDV, GDVCAMERA, Bio-Well, Kirlian photography and electrophotonic imaging show how the different tools and traditions relate.
- Research orientation — the archive, library and congress categories point you toward papers, reports and community discussion rather than step-by-step instruction.
- Community signals — news posts and channel announcements indicate where practitioners gather and what is currently being discussed.
What it is not
There is no clear evidence on the site of a formal curriculum, graded lessons, certification or supervised practical training. If your goal is to operate a GDV camera correctly, interpret images reliably, or run a study, you will need hands-on instruction and primary literature beyond what a general-interest hub provides.
A practical way to start
- Read the conceptual pages first so the terminology is familiar.
- Follow the category and tag trails — for example, GDV, Bio-Well, electrophotonic imaging — to see which authors and reports recur.
- Look for conference or congress material, which is often where methods and results are actually explained.
- Treat claims about subtle energy fields and human light as a research programme to evaluate, not as settled technique, and compare with mainstream biophysics and psychophysiology sources.
For broader context on the surrounding research community, Institute of Noetic Sciences publishes work on related consciousness and biofield topics, and Society for Scientific Exploration covers boundary-science methodology and peer review norms.
What is the relationship between IUMAB and Dr. Korotkov's GDV technology and research?
IUMAB functions as the organizational hub for the community, publications and events surrounding Dr. Konstantin Korotkov's GDV (Gas Discharge Visualisation) work. Its site gathers news, an archive, conference material and category-based libraries on bioelectrography, electrophotonic imaging, the Human Light System and related consciousness research, with posts frequently authored or announced under the "Korotkov Subscriber" label. In practice, IUMAB is where you go to follow the research narrative and community activity; GDV is the measurement approach and instrument family at the center of that narrative.
H3 Practical uses and audiences
- Researchers and students can use the archive and category listings to trace how terms such as GDV, EPC/EPI (electrophotonic imaging) and Kirlian photography are used across posts, then follow citations into primary literature.
- Practitioners and hobbyists interested in Bio-Well or GDV camera applications will find announcements, event notices and explanatory articles rather than a formal product catalog.
- Writers and skeptics can compare the site's framing with independent literature; the material is presented from within the bioelectrography tradition, so treat conceptual claims such as the Human Light System as a research program to evaluate, not as settled physiology.
A useful next step: pick one recurring topic, such as the Human Light System or electrophotonic imaging, and read the IUMAB posts alongside the underlying papers they reference. That lets you separate what is being measured (electrical discharge patterns around the fingers, for example) from the interpretive layer built on top of it. If you want the broader international context, compare with International Union of Medical and Applied Bioelectrography — though note the official domain should be verified before relying on it.
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