For most of the 20th century, talking about a "human energy field" in a scientific context was a reliable way to end your academic career. The concept was associated with auras, chakras, and healing traditions that mainstream science regarded as superstition. Then something changed. Instruments got more sensitive. Research programs at credible institutions began producing data that was difficult to ignore. And in 1992, the National Institutes of Health did something remarkable: they officially coined the term "biofield" and recognized it as a legitimate area of scientific inquiry.
This article traces that transition - from fringe concept to funded research - and surveys what we actually know about the electromagnetic, photonic, and informational fields generated by the human body.
The heart is not just a pump. It is also the most powerful electromagnetic generator in the human body. The HeartMath Institute, a research organization based in Boulder Creek, California, has spent over 30 years documenting the heart's electromagnetic field and its effects on physiology, cognition, and even the people around you.
The basic measurements are uncontroversial. The heart generates an electromagnetic field approximately 100 times greater in amplitude than the brain's, measurable using SQUID (Superconducting Quantum Interference Device) magnetometers. This field extends several feet beyond the body in all directions and can be detected in the waveforms of people nearby.
What HeartMath's research has added to this basic physics is the concept of heart coherence - a measurable state in which heart rate variability (HRV) patterns become smooth and sine-wave-like. When a person enters a state of heart coherence (typically through positive emotional states like appreciation or compassion), several measurable changes occur:
Perhaps most provocatively, HeartMath has published research suggesting that one person's heart coherence can influence another person's physiology. In studies where pairs of subjects sat in proximity, the more coherent person's heartbeat became detectable in the other person's EEG (brainwave recording) - suggesting a measurable field-based interaction between two people's physiology.
HeartMath's research is published in peer-reviewed journals including the American Journal of Cardiology, Integrative Physiological and Behavioral Science, and Global Advances in Health and Medicine. The heart coherence concept is used in clinical settings, military performance training, and corporate wellness programs. For practical applications, see our article on grounding, heart coherence, and the nervous system.
In 1992, the NIH's Office of Alternative Medicine (now the National Center for Complementary and Integrative Health, or NCCIH) convened a panel of researchers who formally coined the term "biofield" to describe the complex of endogenous energy fields produced by living organisms. This was not an endorsement of any particular therapy. It was an acknowledgment that the human body generates measurable energy fields that may be biologically significant and deserve systematic study.
The biofield encompasses several well-documented phenomena:
A landmark 2015 paper by Shamini Jain and colleagues, published in Global Advances in Health and Medicine, provided a comprehensive review of biofield science and proposed a framework for systematic research. The paper noted that while the existence of biological energy fields is well-established, their potential role in health, disease, and healing remains an active area of investigation.
The Consciousness and Healing Initiative (CHI), an academic consortium that includes researchers from universities such as UCLA, UCSD, and the University of Arizona, maintains an active research program in biofield science. This is not a lone researcher working in a garage. It is a growing institutional research effort.
Every living cell in your body emits ultra-weak photon emissions, known as biophotons. These are real, measurable light particles - not visible to the naked eye, but detectable with highly sensitive photomultiplier tubes in darkened laboratory conditions.
Biophotons were first systematically studied by physicist Fritz-Albert Popp at the University of Marburg in Germany beginning in the 1970s. Popp's key finding was that biophoton emissions are not random noise. They display coherent properties - meaning the light waves maintain phase relationships, similar to laser light rather than the random emissions of a light bulb. Popp proposed that biophotons play a role in cellular communication and biological regulation.
Since Popp's initial work, biophoton research has expanded globally. Studies have been published in PLOS ONE, the Journal of Photochemistry and Photobiology B: Biology, and Experientia. Key findings include:
The last finding is particularly significant. It suggests that cells communicate using light - specifically UV photons - and that this communication carries biologically meaningful information. This is not yet mainstream biology, but the data is accumulating in respectable journals.
In the 1990s, a research team led by Giacomo Rizzolatti at the University of Parma in Italy discovered mirror neurons - neurons that fire both when an animal performs an action and when it observes another animal performing the same action. This discovery, initially made in macaque monkeys and subsequently investigated in humans, revealed a neural mechanism for a kind of direct, embodied understanding of others' actions and intentions.
The relevance to the human energy field concept may not be immediately obvious, but it is significant. Mirror neurons demonstrate that the human nervous system is built for interpersonal resonance - for being directly affected by what happens in another person's body and mind. When you watch someone pick up a cup, the same motor neurons fire in your brain as if you were picking it up yourself. When you see someone in pain, your pain-processing regions activate.
This is not a mystical claim. It is documented neuroscience, published in Science, Nature, and other top-tier journals. What it establishes is that the boundary between one person's nervous system and another's is more permeable than previously assumed. Combined with HeartMath's findings about electromagnetic field interactions between people, a picture emerges of human beings as interconnected biological systems, not isolated machines.
Kirlian photography, discovered by Semyon Kirlian in 1939, captures the electrical corona discharge that appears around objects placed on a photographic plate in a high-voltage electromagnetic field. The images are visually stunning - fingers surrounded by luminous halos, leaves emanating fields of light - and they became iconic in alternative health communities as evidence of the human aura.
The mainstream scientific interpretation is more prosaic. The corona discharge is primarily a function of moisture content, electrical conductivity, temperature, and pressure at the surface of the object. A moist fingertip produces a different pattern than a dry one. A leaf freshly plucked produces a more vivid image than a dried one. Critics argue that Kirlian photography reveals nothing more than basic electrical properties of the surface being photographed.
However, the story does not end there. Russian biophysicist Konstantin Korotkov developed Gas Discharge Visualization (GDV) technology, which builds on the Kirlian principle with modern digital capture and statistical analysis. Korotkov's research, published in journals including the Journal of Alternative and Complementary Medicine, claims that GDV images correlate with physiological and psychological states in ways that go beyond simple moisture and conductivity variables.
Where does the truth lie? The corona discharge phenomenon is real physics - no dispute there. Whether the patterns carry meaningful biological information beyond basic electrical properties is where the debate continues. We include this topic because it is frequently discussed in energy field communities, and intellectual honesty requires acknowledging both the real phenomenon and the contested interpretation.
Robert O. Becker, an orthopedic surgeon and researcher at the VA Medical Center in Syracuse, New York, spent decades studying the body's endogenous electrical systems. His research, documented in over 100 published papers and two books (The Body Electric and Cross Currents), demonstrated that the human body maintains a direct current (DC) electrical system distinct from the well-known nerve impulse system.
Becker's key findings included:
Becker was twice nominated for the Nobel Prize. His work on electrical stimulation of bone healing is now standard orthopedic practice. His broader claims about the body's DC electrical system as an information network remain less fully validated, but they established a crucial point: the body's electromagnetic properties are not incidental. They are functional. They carry information. They guide biological processes.
Superconducting Quantum Interference Devices (SQUIDs) are among the most sensitive magnetometers ever built, capable of detecting magnetic fields billions of times weaker than a refrigerator magnet. When researchers at MIT, NYU, and other institutions began using SQUID magnetometry to measure the human body, they found measurable magnetic fields emanating from virtually every organ system.
Magnetoencephalography (MEG) uses SQUID arrays to map brain magnetic fields with millisecond temporal resolution. Magnetocardiography (MCG) maps the heart's magnetic field. Research has also detected magnetic fields from muscles (magnetomyography), peripheral nerves, and even the electrical activity of the gut.
These measurements are routine in medical research and clinical practice. They are not controversial. What they demonstrate is that the human body is surrounded by a complex, dynamic magnetic field that reflects the electrical activity of every organ system. This field changes from moment to moment based on physiological and psychological states. It is, in the most literal and measurable sense, a human energy field.
The trajectory of biofield research follows a pattern familiar from the history of science. First, a phenomenon is reported anecdotally or within traditional knowledge systems. Then it is dismissed by mainstream science as superstition. Then instruments become sensitive enough to detect something real. Then the argument shifts from "Does it exist?" to "What does it mean?"
We are in the "What does it mean?" phase. The existence of the human biofield is not in question. The heart generates an electromagnetic field 100 times stronger than the brain's. Every cell emits photons. The body maintains DC electrical fields that guide healing. SQUID magnetometers can map the magnetic topography of the human body from several feet away. None of this is disputed.
The open questions are about function and interaction. Does the heart's electromagnetic field carry biologically meaningful information to other people? Do biophotons serve as an intercellular communication system? Can the biofield be intentionally modulated to influence health? These questions are active areas of research, not settled science.
The research surveyed here establishes that the human body generates, emits, and responds to energy fields. This is the biological context in which morphic field theory operates. If the body is already an electromagnetic, photonic, and acoustic emitter and receiver, then the idea that it could interact with externally provided energetic information is at least biologically plausible.
We do not claim that the existence of the biofield proves that morphic field audio works. What it does is remove the most common objection: that there is no mechanism by which energy fields could affect the body. The mechanism exists. The body's fields are real, functional, and responsive to both internal states and external inputs. The research into sound and vibration further demonstrates that the body responds to acoustic information at every level, from brainwaves to individual cells.
The honest position is that biofield science provides a plausible foundation - not proof, but a foundation - for understanding how morphic fields might interact with human biology. And the science in this area is moving forward, not backward.
Get new articles, research updates, and morphic field insights delivered to your inbox.