Fred Chamberlain who started Alcor in the 1970's with Linda his wife, had a revelation around 1998 in the lab in Scottsdale when I was there at a conference with a woman from Romania who tried to revive a frog in front of an Alcor audience. It failed, Mark Voelker and all the Alcor people were there and they walked out except Fred. Fred wanted the group to see one of his demos-- I could be wrong about the details but what I recall was that he was doing research on photons and cells. The Alcor lab seemed like the set of B-grade sci fi movie to me at the time but I was interested in what Fred had to say. When I followed him into the next room, everyone... and I mean literally EVERYONE had left. He was standing there alone. I was shocked and taken aback. If 'I' understood his pitch, certainly others did, but no. He abandoned his pitch but he did have an article in Cryonics magazine about his research around that time so this can be verified.
To this day, I can't explain that event.
Biophotons would be related to Burr's EM field theory for living forms. I asked GG (google gemini) about this but I have not been able to talk to Fred yet since he shifted into the quantum realm since then. I'll attempt to summon him in a vivid dream using valarian tonight and ask him about that event.
Besides Dr. Harold Saxon Burr in the 1930's and 1940's, who else has confirmed that there is a voltage gradient associated with lifeforms that can be measured?
You're right, Dr. Harold Saxon Burr's work was groundbreaking and focused on biofields and voltage gradients. While his work sometimes faced skepticism, the fundamental concept of electrical activity in living organisms is well-established and has been confirmed and expanded upon by numerous researchers across various fields. Here are some examples of areas and researchers whose work supports and expands upon the idea of measurable voltage gradients in living organisms:
* **Electrophysiology:** This is a major field devoted to studying the electrical properties of cells and tissues. Think of brain activity measured by EEG or heart activity measured by ECG. These are direct measures of voltage gradients. Researchers in this field constantly confirm and expand our understanding of electrical activity in living things. Key figures include:
* **Alan Hodgkin and Andrew Huxley:** Nobel Prize winners for their work on the ionic mechanisms underlying the action potential, demonstrating how voltage changes propagate signals in nerve cells.
* **Bioelectricity Research:**
* **Robert O. Becker:** Physician and orthopedic surgeon who explored bioelectricity and its role in bone regeneration. His research, while sometimes controversial, highlighted the body's electrical system and its potential for healing.
* **Michael Levin:** Continuing research into bioelectricity and its role in development, regeneration, and even cancer. He has extensively shown how voltage gradients influence cell behavior and pattern formation in embryos and regenerating limbs.
* **Plant Bioelectricity:** Researchers have extensively documented electrical signaling in plants.
* **Anthony Trewavas:** Focused on plant signaling, including electrical signaling, and how it contributes to plant behavior and responses to the environment.
* **Frank Baluška:** Studies the parallels between neuronal and plant cells, with a focus on the electrical activity of plant cells and its role in communication.
* **Cancer Research:** Changes in electrical properties have been linked to cancer.
* **Numerous researchers:** Studying the altered membrane potentials and electrical properties of cancer cells compared to normal cells, exploring potential therapeutic applications.
**Key Considerations:**
* **Methodology:** The methods used to measure and interpret these voltage gradients have advanced significantly since Burr's time. Modern techniques allow for more precise and less invasive measurements.
* **Specificity:** While Burr focused on a holistic "biofield," modern research tends to investigate specific electrical phenomena at cellular, tissue, or organ levels.
* **Acceptance:** The general principle of electrical activity in living things is universally accepted within the scientific community. The specific interpretations and broader applications of some biofield theories, however, may be subject to ongoing research and debate.
In summary, while Dr. Burr was a pioneer, he was definitely not alone. The concept of measurable voltage gradients associated with lifeforms is now a fundamental and well-established principle in biology and medicine. The specific interpretations and applications of his work continue to inspire research today.
UPDATE question: Aside from what you point out is continuing research in electrical aspects of lifeoforms, who is continueing to study the entire bioelectric field of a human being? For example, I would think the chakra people would try to apply voltmeters to measure those chakra zones. Who specifically continues Burr’s work on looking at the entire trellis or grid of electrical fields behind the entire organism?
You're right to pinpoint the distinction between studying specific electrical activities within a living organism and attempting to measure the "entire bioelectric field" as a holistic entity. While mainstream science doesn't typically approach it exactly in the way Burr described, here are some areas and researchers who, to varying degrees, explore concepts that overlap with or build upon his work, even if they use different language or methodologies:
**Researchers & Groups Focusing on Whole-Organism Biofields (or Related Concepts):**
* **Bioelectromagnetics Researchers:**
* While primarily focused on the effects of external electromagnetic fields on biological systems, some researchers in this area also investigate the endogenous electromagnetic fields produced by living organisms. This intersects with the idea of a biofield. Look for research related to "extremely low frequency" (ELF) electromagnetic fields and their interaction with biological systems.
* **Complementary and Alternative Medicine (CAM) Research:**
* **Acupuncture and Meridian Studies:** Some researchers in this area investigate the electrical properties of acupuncture points and meridians. While not exactly the same as Burr's biofield, these studies explore the possibility of measurable energetic pathways within the body.
* **Therapeutic Touch and Healing Touch Research:** Some studies have attempted to measure energy fields emitted by practitioners of these techniques, though the scientific validity of these findings is often debated.
* **Biophoton Emission Research:**
* Researchers like **Fritz-Albert Popp** have investigated biophotons (ultra-weak photon emissions) from living organisms, suggesting that these emissions may be part of a communication system and reflect the organism's overall state. While not directly measuring voltage gradients, this research aligns with the idea of a holistic energetic field.
* **Researchers Inspired by Burr's Work (Often Interdisciplinary):**
* It's important to acknowledge that some researchers continue to be directly inspired by Burr's work, even if their approach differs. These researchers may be found in fields like bioengineering, biophysics, or even theoretical biology. Finding them often involves searching for publications that specifically reference Burr's work and explore similar themes.
**Challenges and Considerations:**
* **Defining and Measuring the "Biofield":** The biggest challenge remains defining what the "biofield" is in measurable terms. Unlike specific electrical signals (e.g., ECG, EEG), there is no universally accepted, objective way to quantify a holistic biofield.
* **Skepticism and Controversy:** Research into biofields and related concepts often faces skepticism from the mainstream scientific community due to the lack of clear definitions, replicable results, and mechanistic explanations.
* **Interpreting Data:** Even if measurements are obtained, interpreting them in a meaningful way is difficult. How do you relate voltage patterns to overall health, well-being, or consciousness?
* **Chakra Research:** You specifically asked about chakra research. While the chakra system is a core concept in some spiritual traditions, applying voltmeters to directly measure chakras is not a scientifically accepted method. Some researchers attempt to correlate chakra locations with physiological measurements (e.g., skin conductance, temperature), but these studies are often preliminary and subject to methodological limitations.
**How to Find Relevant Research:**
1. **Use Specific Search Terms:** Instead of "biofield," try searching for more specific terms like:
* "Endogenous electromagnetic fields"
* "Bioelectromagnetics"
* "Acupuncture electrical properties"
* "Biophoton emission"
* "Energy medicine research"
2. **Follow Citations:** Look for publications that cite Harold Saxon Burr's work. This can lead you to researchers who are building upon or challenging his ideas.
3. **Explore Interdisciplinary Journals:** Look for journals that publish research at the intersection of biology, physics, and engineering.
**Important Note:** It's crucial to approach research in this area with a critical and discerning eye. Be aware of the potential for bias, methodological flaws, and overinterpretations of data. Look for studies that use rigorous methodologies, control groups, and statistical analysis.
While it's difficult to find researchers who are precisely replicating Burr's original work, the underlying idea of a holistic energetic field continues to inspire exploration and research in various fields. The key is to understand the nuances and challenges associated with this type of research and to evaluate the evidence carefully.
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