Scientific Imaging of the Human Biofield
What if we could see the invisible world of energy moving in and around the human body?
The frontier science of biofield imaging is now making this possible in a rigorous and credible way.
Making the Invisible Visible:
The Biofield Imaging Initiative is enabling researchers to measure and visualize human biofields more thoroughly and rigorously than ever before, revealing insights into the role of biofields in health, diagnostics, and healing.
In a recent pilot study, sensors captured a variety of human biofields as participants engaged in healing practices, meditated, and experienced strong emotions of love. Results point to the existence of a dynamic system of energy in and around the human body, which changes along with shifts in states of consciousness.
“The idea that we're comprised of an interrelated set of fields that permeate the body and to some degree extend outside the body is reasonable and has a solid foundation scientifically.”
- David Meuhsam, Senior Biophysicist, National Institute of Biostructures a
By credibly measuring, mapping, and visualizing biofields, the Biofield Imaging Initiative seeks to advance the scientific understanding of the functional role of biofields in health and healing, and share those findings with the public. This could help transform healthcare and wellness through a biofield-based scientific model, and lead to better early diagnostic tools and therapeutic interventions to reduce pain and suffering.
Why Biofield Imaging?
The Imaging the Biofield Initiative seeks to enhance awareness and scientific understanding of biofields by advancing scientifically veritable approaches to measuring and visualizing biofields within and around the human body. The initiative aims to utilize these measures and visualizations to gain insight into the functional significance of biofields for health and wellness, and to communicate these results with the public. Through this initiative, we hope to catalyze a new biofield-based scientific understanding that could transform approaches to healthcare and pave the way for new diagnostic tools and treatments that are more effective, less invasive, whole-person based options for alleviating pain and suffering.
Phase 3
This pilot study measured multiple human biofields simultaneously during a series of interventions. It made visible a dynamic system of biofields, which appear to be influenced by changes in states of mind or consciousness. For more, watch the video below. Three scientific papers reporting on this study are pending, and will be posted when published.
Phase 3
This pilot study measured multiple human biofields simultaneously during a series of interventions. It made visible a dynamic system of biofields, which appear to be influenced by changes in states of mind or consciousness. For more, watch the video below. Three scientific papers reporting on this study are pending, and will be posted when published.
Phases 1 & 2
Phases 1 and 2 of the Biofield Imaging Initiative involved extensive background research to assess technical feasibility and scope, and to develop a detailed plan for creating scientifically valid images of human biofields. Learn more about Phases 1 and 2 of the initiative.
Phases 3
Phases 1 and 2 of the Biofield Imaging Initiative involved extensive background research to assess technical feasibility and scope, and to develop a detailed plan for creating scientifically valid images of human biofields. Learn more about Phases 1 and 2 of the initiative.
What’s Next
Future work is expected to continue the rigorous measurement and study of human biofields, including:
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Map full-body biofields
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Develop new methods of early disease detection
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Better understand the function of biofields in healing of chronic disease
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Examine how biofields are influenced by social and environmental factors.
Our Research
Inside the Phase 3 Pilot Study: A Closer Look
Watch the extended video where researchers share the background, methods, findings, and promise of biofield imaging work
Imaging the Biofield
Phases 1 & 2
Phases 1 and 2 of the Imaging the Biofield Initiative undertook extensive background research to establish technical approach and feasibility for, and develop a detailed plan towards, achievement of the objective of creating scientifically veritable images of biofields.
You can read more about Phases 1 and 2 of the initiative
Imaging the Biofield
Phase 3
This pilot study measured multiple human biofields simultaneously during a series of interventions. It made visible a dynamic system of biofields, which appear to be influenced by changes in states of mind or consciousness. For more, watch the video below. Three scientific papers reporting on this study are pending, and will be posted when published.
Imaging the Biofield
Phases 1 & 2
Phases 1 and 2 of the Imaging the Biofield Initiative undertook extensive background research to establish technical approach and feasibility for, and develop a detailed plan towards, achievement of the objective of creating scientifically veritable images of biofields.
You can read more about Phases 1 and 2 of the initiative
Phases 3
This pilot study measured multiple human biofields simultaneously during a series of interventions. It made visible a dynamic system of biofields, which appear to be influenced by changes in states of mind or consciousness. For more, watch the video below. Three scientific papers reporting on this study are pending, and will be posted when published.
Imaging the Biofield
Phases 1 & 2
Phases 1 and 2 of the Imaging the Biofield Initiative undertook extensive background research to establish technical approach and feasibility for, and develop a detailed plan towards, achievement of the objective of creating scientifically veritable images of biofields.
You can read more about Phases 1 and 2 of the initiative
Imaging the Biofield
Phases 3
This pilot study measured multiple human biofields simultaneously during a series of interventions. It made visible a dynamic system of biofields, which appear to be influenced by changes in states of mind or consciousness. For more, watch the video below. Three scientific papers reporting on this study are pending, and will be posted when published.
Future Work
1.
Mapping biofields around the full body
2.
Determining the potentially informational role of biofields for early detection of disease
3.
Understanding the functional role of biofields in health and healing, in order to support therapeutic interventions
4.
Exploring how our biofields may be influenced by our interactions with others and with physical environments
Future Imaging the Biofield Initiative work is expected to continue to rigorously measure and study human biofields, including:
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