The Human Biofield: Electromagnetic Properties, Biophoton Emission, and Bioelectric Signaling in Living Systems
Across every scale from molecules to organisms, electromagnetic fields pulse through living tissue. The biofield can be considered another human organ, with measurable bio-photonic, electrical, and magnetic components. But it's important to clarify what this scientific conception includes and what it doesn't. The biofield described here represents the grosser, more material aspects bound to physical forces, phenomena we can actually measure with instruments. This isn't the same as the complete human aura discussed in esoteric traditions. The so-called etheric, astral, and other subtle sheaths described in those systems lie beyond the scope of current biophysical measurement and lack in the Goethean sense, the participatory method of delicate empiricism. What we're exploring here is the optical and electromagnetic anatomy, the parts amenable to "mineral" or materialistic scientific investigation.
The biofield is an organizing principle for how information flows dynamically through biological systems, regulating function and keeping things in balance. This happens at every level you can imagine, from subatomic particles all the way up to whole organisms and even the interactions between them.
It's a complex electromagnetic field that emerges from all the tiny electromagnetic fields generated by charged particles moving around in the body. Each oscillator and electrically charged particle contributes something to the whole picture, following basic physics principles. What makes this interesting is that these forces encode actual information. Cells and tissues that can perceive these signals get instructed by them, leading to real biological changes.
The body has several ways to detect and respond to biofield activity. At the molecular level, DNA itself can act as a receptor. Specific DNA regions called electromagnetic response elements ramp up gene transcription when exposed to low frequency electromagnetic fields around 300 Hz. Voltage gated calcium channels represent another type of receptor, letting weak electromagnetic fields influence cell behavior through charge flux. Sometimes the electromagnetic fields themselves function as receptors. Feedback loops emerge in the system.
The body's connective tissue network plays a crucial role. It forms a semiconducting network that reaches from the space between cells right into their interiors through integrin molecules that span cell membranes. Collagen structures do something remarkable. When mechanically stressed, they generate electric fields, a piezoelectric effect that shows up in bone, tendons, skin, and fascia. Water molecules bond to the outside of collagen's triple helix structure. Along these chains protons can jump rapidly. The collagen matrix becomes incredibly sensitive to electromagnetic fields through quantum coherence, where molecules spin in sync and emit what physicists call torsion waves. The frequency selectivity comes from Larmor precession, which is how magnetic moments wobble in external magnetic fields.
The electrical story is only half of it. Living systems actually emit light, though it's incredibly faint. Ultra weak photon emission spans wavelengths from ultraviolet to infrared. When reactive oxygen species oxidize lipids, proteins, and nucleic acids, they create electronically excited molecular species. Peroxyl radicals recombine through a specific chemical pathway. The Russell mechanism, as it's called, forms intermediate compounds like linear tetroxide and cyclic dioxetanes. These break down into triplet excited carbonyls and singlet oxygen. The triplet carbonyls emit photons directly in the 400 to 550 nanometer range. Singlet oxygen produces a different emission pattern at 634 and 703 nanometers.
Across every scale from molecules to organisms, electromagnetic fields pulse through living tissue. The biofield can be considered another human organ, with measurable bio-photonic, electrical, and magnetic components. But it's important to clarify what this scientific conception includes and what it doesn't. The biofield described here represents the grosser, more material aspects bound to physical forces, phenomena we can actually measure with instruments. This isn't the same as the complete human aura discussed in esoteric traditions. The so-called etheric, astral, and other subtle sheaths described in those systems lie beyond the scope of current biophysical measurement and lack in the Goethean sense, the participatory method of delicate empiricism. What we're exploring here is the optical and electromagnetic anatomy, the parts amenable to "mineral" or materialistic scientific investigation.
The biofield is an organizing principle for how information flows dynamically through biological systems, regulating function and keeping things in balance. This happens at every level you can imagine, from subatomic particles all the way up to whole organisms and even the interactions between them.
It's a complex electromagnetic field that emerges from all the tiny electromagnetic fields generated by charged particles moving around in the body. Each oscillator and electrically charged particle contributes something to the whole picture, following basic physics principles. What makes this interesting is that these forces encode actual information. Cells and tissues that can perceive these signals get instructed by them, leading to real biological changes.
The body has several ways to detect and respond to biofield activity. At the molecular level, DNA itself can act as a receptor. Specific DNA regions called electromagnetic response elements ramp up gene transcription when exposed to low frequency electromagnetic fields around 300 Hz. Voltage gated calcium channels represent another type of receptor, letting weak electromagnetic fields influence cell behavior through charge flux. Sometimes the electromagnetic fields themselves function as receptors. Feedback loops emerge in the system.
The body's connective tissue network plays a crucial role. It forms a semiconducting network that reaches from the space between cells right into their interiors through integrin molecules that span cell membranes. Collagen structures do something remarkable. When mechanically stressed, they generate electric fields, a piezoelectric effect that shows up in bone, tendons, skin, and fascia. Water molecules bond to the outside of collagen's triple helix structure. Along these chains protons can jump rapidly. The collagen matrix becomes incredibly sensitive to electromagnetic fields through quantum coherence, where molecules spin in sync and emit what physicists call torsion waves. The frequency selectivity comes from Larmor precession, which is how magnetic moments wobble in external magnetic fields.
The electrical story is only half of it. Living systems actually emit light, though it's incredibly faint. Ultra weak photon emission spans wavelengths from ultraviolet to infrared. When reactive oxygen species oxidize lipids, proteins, and nucleic acids, they create electronically excited molecular species. Peroxyl radicals recombine through a specific chemical pathway. The Russell mechanism, as it's called, forms intermediate compounds like linear tetroxide and cyclic dioxetanes. These break down into triplet excited carbonyls and singlet oxygen. The triplet carbonyls emit photons directly in the 400 to 550 nanometer range. Singlet oxygen produces a different emission pattern at 634 and 703 nanometers.
Researchers can now create two dimensional images of this spontaneous photon emission using highly sensitive CCD cameras. It correlates with cerebral blood flow, brain energy metabolism, and EEG activity. Metabolically active biological systems emit somewhere between 100,000 and 1,000,000 photons per square centimeter per second. Plant systems show chlorophylls as the final emitters. Animal tissues display protein oxidation patterns in their spectra.
These biophoton emissions aren't random noise. They fluctuate with changes in cerebral blood flow and energy metabolism. Researchers are still figuring out exactly how, but photon stimulation at one nerve end triggers increased emission at the other. The phenomenon appears across biology. Seed germination capacity correlates with emission patterns. Human skin reveals oxidative processes through its photon output. This offers a noninvasive way to monitor tissue health across different organisms.
Voltage gradients work alongside these light emissions. Bioelectric signals include voltage gradients, electric fields, and ion flows that operate from organelle membranes up to whole organism scales. Ion channels and pumps maintain resting transmembrane potentials, creating spatial gradients that act like scaffolding during development. These voltage patterns guide embryogenesis and organ regeneration. They instruct left right body symmetry, trigger eye formation, control size, and orchestrate complex organ regeneration by coupling bioelectric changes to gene transcription and epigenetic modifications.
Through epithelial tissues, electric fields stretch across considerable distances. These transepithelial currents detect damage and guide cell migration during wound healing. Slowly varying direct currents conducted through epithelial networks steer growing neurons to their destinations. The heart generates especially strong rhythmic fields. You can detect electrocardiograms and magnetocardiograms several feet from the body. Other people and animals can apparently sense this information. R waves from one person's ECG can synchronize with alpha waves in another person's EEG, a phenomenon called cardiac induced entrainment.
Neural activity creates electromagnetic fields that feed back on the neurons themselves. Local fields help synchronize the neural networks that generate them, affecting both immediate firing patterns and longer rhythms like circadian cycles. Inside cells, microtubules facilitate wave propagation along their length. All these coupled oscillations contribute to biological organization through electromagnetic fields at the subcellular level.
These discoveries have practical applications. Pulsed electromagnetic field therapy has FDA approval for difficult bone fractures that won't heal normally. Cochrane reviews back up the benefits. Gas discharge visualization and ultraweak photon emission measurements can monitor oxidative stress in skin without invasive procedures. The spatial and temporal patterns expose how tissues respond to environmental stress. Studies of therapeutic touch, healing touch, and reiki show modest but real effects. Pain drops about one point on a ten point scale. Hospitalized cardiac patients report less anxiety. Women undergoing radiation therapy for gynecologic cancers show improved wellbeing measures. Randomized controlled trials confirm that external qigong significantly reduces chronic pain.
These biophoton emissions aren't random noise. They fluctuate with changes in cerebral blood flow and energy metabolism. Researchers are still figuring out exactly how, but photon stimulation at one nerve end triggers increased emission at the other. The phenomenon appears across biology. Seed germination capacity correlates with emission patterns. Human skin reveals oxidative processes through its photon output. This offers a noninvasive way to monitor tissue health across different organisms.
Voltage gradients work alongside these light emissions. Bioelectric signals include voltage gradients, electric fields, and ion flows that operate from organelle membranes up to whole organism scales. Ion channels and pumps maintain resting transmembrane potentials, creating spatial gradients that act like scaffolding during development. These voltage patterns guide embryogenesis and organ regeneration. They instruct left right body symmetry, trigger eye formation, control size, and orchestrate complex organ regeneration by coupling bioelectric changes to gene transcription and epigenetic modifications.
Through epithelial tissues, electric fields stretch across considerable distances. These transepithelial currents detect damage and guide cell migration during wound healing. Slowly varying direct currents conducted through epithelial networks steer growing neurons to their destinations. The heart generates especially strong rhythmic fields. You can detect electrocardiograms and magnetocardiograms several feet from the body. Other people and animals can apparently sense this information. R waves from one person's ECG can synchronize with alpha waves in another person's EEG, a phenomenon called cardiac induced entrainment.
Neural activity creates electromagnetic fields that feed back on the neurons themselves. Local fields help synchronize the neural networks that generate them, affecting both immediate firing patterns and longer rhythms like circadian cycles. Inside cells, microtubules facilitate wave propagation along their length. All these coupled oscillations contribute to biological organization through electromagnetic fields at the subcellular level.
These discoveries have practical applications. Pulsed electromagnetic field therapy has FDA approval for difficult bone fractures that won't heal normally. Cochrane reviews back up the benefits. Gas discharge visualization and ultraweak photon emission measurements can monitor oxidative stress in skin without invasive procedures. The spatial and temporal patterns expose how tissues respond to environmental stress. Studies of therapeutic touch, healing touch, and reiki show modest but real effects. Pain drops about one point on a ten point scale. Hospitalized cardiac patients report less anxiety. Women undergoing radiation therapy for gynecologic cancers show improved wellbeing measures. Randomized controlled trials confirm that external qigong significantly reduces chronic pain.
Water's unusual properties provide a physical basis for biofield interactions. Quantum electrodynamics describes liquid water as existing in two phases simultaneously. One phase is coherent, with molecules locked in phase correlation. The other is incoherent, more like a gas of uncorrelated molecules. This matters because biological tissues contain essentially all interfacial water, always close to macromolecular surfaces. Near hydrophilic surfaces, coherent water domains emerge, creating electrically charged exclusion zones that push out solutes. These zones display what can only be described as strange properties that trace back to collective oscillations in the water itself and at water boundaries.
Proteins and DNA undergo coherent collective oscillations visible through Raman and far infrared spectroscopy. The frequencies run from 0.1 to 10 terahertz. These oscillations generate electromagnetic fields that can mediate interactions over surprisingly long distances. They act as ordering influences. The electrodynamic activity covers a huge range from kilohertz to terahertz, tied to how subcellular structures vibrate mechanically.
Bibliography
- "Biofield Physiology: A Framework for an Emerging Discipline" by Rollin McCraty et al.
- "Fields of the Cells" edited by D. Fels, M. Cifra and F. Scholkmann
- "Biofield Therapies: Energy Medicine and Primary Care" by J. Adam Rindfleisch, MD, MPhil
Proteins and DNA undergo coherent collective oscillations visible through Raman and far infrared spectroscopy. The frequencies run from 0.1 to 10 terahertz. These oscillations generate electromagnetic fields that can mediate interactions over surprisingly long distances. They act as ordering influences. The electrodynamic activity covers a huge range from kilohertz to terahertz, tied to how subcellular structures vibrate mechanically.
Bibliography
- "Biofield Physiology: A Framework for an Emerging Discipline" by Rollin McCraty et al.
- "Fields of the Cells" edited by D. Fels, M. Cifra and F. Scholkmann
- "Biofield Therapies: Energy Medicine and Primary Care" by J. Adam Rindfleisch, MD, MPhil
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The Relaxation Circuit and Human Bipolarity | L.E. Eeman
L.E. Eeman's research into human radiations began in 1919 following his service as a Flight Commander in the Royal Flying Corps, when conventional medicine failed to resolve his neurasthenia and acute insomnia. Through systematic experimentation, he discovered a force that could be conducted through copper wires and manipulated to produce therapeutic effects, though its nature remained unidentified even after three decades of investigation.
Conducted through copper wires, human radiations demonstrate bipolar behavior along three planes: head to feet, right side to left, and back to front. In right-handers of both sexes, the Head and Right hand carry positive polarity while the base of the Spine and Left hand carry negative polarity. Left-handers show complete reversal, a distinction that proved essential for circuit effectiveness. The relaxation circuit itself requires straightforward apparatus: two copper gauze mats about one foot square connect via insulated copper wire some ten feet long to two metal handles. One mat goes under the head, the other under the sacrum. Holding the handle connected to the Head in the Left hand and the one connected to the Spine in the Right hand, the subject crosses their feet to short-circuit opposing polarities at the extremities.
This configuration produces automatic physiological changes. Voluntary muscles relax progressively. Pulse becomes slower and stronger. Respiration slows and deepens with more complete deflation. Blood pressure lowers when elevated. Salivation increases. The voice drops in pitch. The tension circuit reverses everything by linking Left hand to Spine and Right hand to Head. Tension builds rapidly. Restlessness grows. Discomfort escalates to unbearable levels within minutes for some subjects.
Without artificial energy of any kind, the circuit operates through mechanisms distinct from conventional electricity. The copper gauze mats don't require skin contact since the force transmits through clothes, blankets, and fairly thick cushions. When insulated copper wire is severed with the two ends resting a few inches apart on a glass-topped table, conduction of at least some unidentified forces continues, suggesting phenomena more akin to light, gravitation, and magnetism than electromagnetism. Reversing from tension to relaxation produces nearly immediate reactions, typically evidenced by a sigh, but the opposite direction requires a time lag proportional to the duration spent in the relaxation circuit. The no-reaction state arrives when potential differences disappear, usually within half an hour to one hour, signaling that the combination of subjects has completed all available curative work. Groups wired in parallel or series demonstrate effects proportional to their numbers, with a single subject using a circuit designed for twenty people producing stronger and quicker reactions than one wired for a single person.
L.E. Eeman's research into human radiations began in 1919 following his service as a Flight Commander in the Royal Flying Corps, when conventional medicine failed to resolve his neurasthenia and acute insomnia. Through systematic experimentation, he discovered a force that could be conducted through copper wires and manipulated to produce therapeutic effects, though its nature remained unidentified even after three decades of investigation.
Conducted through copper wires, human radiations demonstrate bipolar behavior along three planes: head to feet, right side to left, and back to front. In right-handers of both sexes, the Head and Right hand carry positive polarity while the base of the Spine and Left hand carry negative polarity. Left-handers show complete reversal, a distinction that proved essential for circuit effectiveness. The relaxation circuit itself requires straightforward apparatus: two copper gauze mats about one foot square connect via insulated copper wire some ten feet long to two metal handles. One mat goes under the head, the other under the sacrum. Holding the handle connected to the Head in the Left hand and the one connected to the Spine in the Right hand, the subject crosses their feet to short-circuit opposing polarities at the extremities.
This configuration produces automatic physiological changes. Voluntary muscles relax progressively. Pulse becomes slower and stronger. Respiration slows and deepens with more complete deflation. Blood pressure lowers when elevated. Salivation increases. The voice drops in pitch. The tension circuit reverses everything by linking Left hand to Spine and Right hand to Head. Tension builds rapidly. Restlessness grows. Discomfort escalates to unbearable levels within minutes for some subjects.
Without artificial energy of any kind, the circuit operates through mechanisms distinct from conventional electricity. The copper gauze mats don't require skin contact since the force transmits through clothes, blankets, and fairly thick cushions. When insulated copper wire is severed with the two ends resting a few inches apart on a glass-topped table, conduction of at least some unidentified forces continues, suggesting phenomena more akin to light, gravitation, and magnetism than electromagnetism. Reversing from tension to relaxation produces nearly immediate reactions, typically evidenced by a sigh, but the opposite direction requires a time lag proportional to the duration spent in the relaxation circuit. The no-reaction state arrives when potential differences disappear, usually within half an hour to one hour, signaling that the combination of subjects has completed all available curative work. Groups wired in parallel or series demonstrate effects proportional to their numbers, with a single subject using a circuit designed for twenty people producing stronger and quicker reactions than one wired for a single person.
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Having established that human radiations could be conducted and manipulated for therapeutic effect, Eeman questioned whether specific substances might transmit their properties through the same conductive medium. Placing drugs, sera, vaccines, and other substances in series within the relaxation circuit produces specific physiological effects without ingestion or injection. Each substance possesses its own specific or atomic resonant frequency, which human radiations propagate through the circuit as carrier waves. Subjects produced remarkably detailed accounts of sensations and bodily reactions. These included blood pressure and circulation changes. Respiration patterns shifted. Muscle tone altered. Salivation and gastric gland action varied. Neuritic pains appeared. All reactions proved suitable to the nature of each medicine though administered only as electric oscillations and radiation. Some subjects even identified specific elements or compounds like iodine or narcotics. One subject maintained complete silence throughout a five-minute test with distilled water, the only occasion of silence except when narcotics produced sleep.
Co-operative healing circuits linking multiple subjects produce mutual therapeutic effects through several mechanisms. For fever and infection cases, temperature reduction occurs when infectious fever patients join with healthy though not immune subjects, with further reduction when convalescent subjects enter the circuit, paralleling convalescent serum therapy. After three successful circuits the no-reaction state typically emerges, but inoculating the normal subject against the patient's condition restores significant reactions within three more circuits. Drug addicts and alcoholics introduced into circuits produce narcotic effects in healthy subjects that become mild when distributed across many people rather than shattering for one or two. Radionic diagnostic apparatus confirmed these therapeutic mechanisms through measurable rate changes. A compound of some 3,000 urines from patients suffering primarily from infections changed glandular rates within ninety seconds, with Anterior pituitary, Posterior pituitary, and Suprarenal rates fluctuating diversely among three subjects rather than uniformly. Mid-brain efficiency dropped from 68 to 42 within five minutes when thumbs and first fingers were crossed, then recovered to 74 when all opposites were joined. Perhaps most significantly, silk conductors produce identical results to copper wire, confirming that the force operates through non-electrical mechanisms despite behavioral similarities to electromagnetism.
Bibliography
- "Co-operative Healing: The Curative Properties of Human Radiations" by L.E. Eeman
- "The L.E. Eeman Report: The Pioneering Years of Biocircuitry" compiled by Tom Brown
- "Psycho-Physical Effects of Conducted Radionic Emissions from Drugs and Bloods" by L.E. Eeman
- "How Do You Sleep?" by L.E. Eeman
Co-operative healing circuits linking multiple subjects produce mutual therapeutic effects through several mechanisms. For fever and infection cases, temperature reduction occurs when infectious fever patients join with healthy though not immune subjects, with further reduction when convalescent subjects enter the circuit, paralleling convalescent serum therapy. After three successful circuits the no-reaction state typically emerges, but inoculating the normal subject against the patient's condition restores significant reactions within three more circuits. Drug addicts and alcoholics introduced into circuits produce narcotic effects in healthy subjects that become mild when distributed across many people rather than shattering for one or two. Radionic diagnostic apparatus confirmed these therapeutic mechanisms through measurable rate changes. A compound of some 3,000 urines from patients suffering primarily from infections changed glandular rates within ninety seconds, with Anterior pituitary, Posterior pituitary, and Suprarenal rates fluctuating diversely among three subjects rather than uniformly. Mid-brain efficiency dropped from 68 to 42 within five minutes when thumbs and first fingers were crossed, then recovered to 74 when all opposites were joined. Perhaps most significantly, silk conductors produce identical results to copper wire, confirming that the force operates through non-electrical mechanisms despite behavioral similarities to electromagnetism.
Bibliography
- "Co-operative Healing: The Curative Properties of Human Radiations" by L.E. Eeman
- "The L.E. Eeman Report: The Pioneering Years of Biocircuitry" compiled by Tom Brown
- "Psycho-Physical Effects of Conducted Radionic Emissions from Drugs and Bloods" by L.E. Eeman
- "How Do You Sleep?" by L.E. Eeman
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WHAT IS ORGONE ENERGY AND ITS RELATION TO OTHER FORMS OF ENERGY
Article by Roberto Maglione
Posted on 01 December 2025. Tags: Biophysical Orgonomy, CloudBuster, Oranur Experiment, orgone accumulator, Orgone Acupuncture
WHAT IS ORGONE ENERGY AND ITS RELATION TO OTHER FORMS OF ENERGY
A comparative study between Reich’s orgone energy and other known energies of the past has been discussed in the first part of the talk. Generally, those energies were called by different names even though they had the same basic characteristics. One of the most accepted and widespread terms that might encompass all of these is aether. Its functions were studied in all epochs of our recent civilization both inside and outside public institutions. In 1905, Einstein’s Annus Mirabilis, the (luminiferous) aether was removed from mainstream science and no longer reintroduced. Notwithstanding that, the aether continued to be thoroughly studied by many independent researchers and scientists outside of academic circles. From the present investigation it emerged that orgone energy presents many similarities with most of the ancient and more recent forms of energy, and it can be identified with them. Besides, the (luminiferous) aether of the Victorian age might be considered directly related to Reich’s orgone energy in that they have in common very basic physical qualities.
The second part of the talk is focused on the relationship between orgone energy (or aether), a pre-atomic energy (in Reich’s terms) and its secondary by-products, nowadays considered the primary pillars of traditional physics. Presently, the laws of physics are based on the behaviour of inanimate objects. The basic processes of living matter (such as pulsation, lumination, condensation into matter, irritability, and heat formation) and their animation are excluded from the fundamental assumptions. This led over time to a sterile and limited conception of physical phenomena. Striking evidence of this limited understanding is illustrated by the Brownian Movement misnomer whereby the living motion of Clarkia Pulchella pollen (looking much like bions) has been reduced to and studied as merely a movement of inert, dead particles (Jones, 2013; Maglione, 2014). The orgone energy continuum is of non-electrical nature and is substantially different from electromagnetic energy. It is the medium through which electromagnetic waves propagate in space, a conception already in use before Einstein’s Annus Mirabilis (1905), and even by the early Einstein (1894-5 first paper). Electromagnetic waves are simply a disturbance of the orgone continuum that propagate through it with a pulsating movement. Friction (static) electricity is a manifestation of orgone energy in an excited or Oranur state, while heat is a particular manifestation of the movement of orgone energy particles due to the conversion of part of their kinetic energy into heat when hitting metallic layers or materials. This latter conception promptly invalidates the second law of thermodynamics (and entropy). Matter is formed by the superimposition of two or more excited orgone energy particles that converge and start rotating at luminal velocity.
The talk’s conclusion stresses the point that orgone energy, as well as its secondary manifestations or by-products, were already known throughout the ages. Reich’s profound research ability led him to introduce for the first time ever, in this historical context, rules and laws within a modern language to understand and manage all the fundamental and secondary qualities of this energy, including the living properties, which have been so neglected by many, even in the more distant past.
https://www.psychorgone.com/biopathies-physical-orgone-therapy/what-is-orgone-energy-and-its-relation-to-other-forms-of-energy
Article by Roberto Maglione
Posted on 01 December 2025. Tags: Biophysical Orgonomy, CloudBuster, Oranur Experiment, orgone accumulator, Orgone Acupuncture
WHAT IS ORGONE ENERGY AND ITS RELATION TO OTHER FORMS OF ENERGY
A comparative study between Reich’s orgone energy and other known energies of the past has been discussed in the first part of the talk. Generally, those energies were called by different names even though they had the same basic characteristics. One of the most accepted and widespread terms that might encompass all of these is aether. Its functions were studied in all epochs of our recent civilization both inside and outside public institutions. In 1905, Einstein’s Annus Mirabilis, the (luminiferous) aether was removed from mainstream science and no longer reintroduced. Notwithstanding that, the aether continued to be thoroughly studied by many independent researchers and scientists outside of academic circles. From the present investigation it emerged that orgone energy presents many similarities with most of the ancient and more recent forms of energy, and it can be identified with them. Besides, the (luminiferous) aether of the Victorian age might be considered directly related to Reich’s orgone energy in that they have in common very basic physical qualities.
The second part of the talk is focused on the relationship between orgone energy (or aether), a pre-atomic energy (in Reich’s terms) and its secondary by-products, nowadays considered the primary pillars of traditional physics. Presently, the laws of physics are based on the behaviour of inanimate objects. The basic processes of living matter (such as pulsation, lumination, condensation into matter, irritability, and heat formation) and their animation are excluded from the fundamental assumptions. This led over time to a sterile and limited conception of physical phenomena. Striking evidence of this limited understanding is illustrated by the Brownian Movement misnomer whereby the living motion of Clarkia Pulchella pollen (looking much like bions) has been reduced to and studied as merely a movement of inert, dead particles (Jones, 2013; Maglione, 2014). The orgone energy continuum is of non-electrical nature and is substantially different from electromagnetic energy. It is the medium through which electromagnetic waves propagate in space, a conception already in use before Einstein’s Annus Mirabilis (1905), and even by the early Einstein (1894-5 first paper). Electromagnetic waves are simply a disturbance of the orgone continuum that propagate through it with a pulsating movement. Friction (static) electricity is a manifestation of orgone energy in an excited or Oranur state, while heat is a particular manifestation of the movement of orgone energy particles due to the conversion of part of their kinetic energy into heat when hitting metallic layers or materials. This latter conception promptly invalidates the second law of thermodynamics (and entropy). Matter is formed by the superimposition of two or more excited orgone energy particles that converge and start rotating at luminal velocity.
The talk’s conclusion stresses the point that orgone energy, as well as its secondary manifestations or by-products, were already known throughout the ages. Reich’s profound research ability led him to introduce for the first time ever, in this historical context, rules and laws within a modern language to understand and manage all the fundamental and secondary qualities of this energy, including the living properties, which have been so neglected by many, even in the more distant past.
https://www.psychorgone.com/biopathies-physical-orgone-therapy/what-is-orgone-energy-and-its-relation-to-other-forms-of-energy
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WHAT IS ORGONE ENERGY AND ITS RELATION TO OTHER FORMS OF ENERGY Article by Roberto Maglione Posted on 01 December 2025. Tags: Biophysical Orgonomy, CloudBuster, Oranur Experiment, orgone accumulator, Orgone Acupuncture WHAT IS ORGONE ENERGY AND ITS RELATION…
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Roberto Maglione, What is Orgone Energy, Its Relation to Other Forms of Energy, May 2025
https://youtu.be/jOtgbZgqp8I
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https://youtu.be/jOtgbZgqp8I
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