Objectives

To create scientifically veritable images of measurable and clinically-relevant energetic fields emanating from the human body which may evidence a new biofield-based understanding of disease, health, and wellness.

Hypotheses

• There are scientifically measurable energy fields emanating from the human body
• Each person’s energy fields are unique and dynamic
• Energy fields in and around the human body contain dynamic information related to health and wellbeing
• Energy fields in and around the human body are affected by a person’s environment, including proximity to another person
• Different fields emanating from a person are coordinated with each other in a way that conveys diagnostic and regulatory information
• Biofields are correlated to key physiological measures
• Human biofields are impacted by mental and physical stressors
• Energy fields in and around a healee’s body change during a biofield healing
• Reduction in quantum noise occurs locally around the body in a way that is related to health and wellness

Projected Outcomes (In Process)

• New sensor development in the areas of random number generator (RNG) arrays to measure local entropy, ultraweak biophoton emission measurement, extremely low frequency magnetic field sensing, and long wave infrared
• Synchronized sensor measures around the body correlated with with physiological biosignals: brainwaves (EEG), cardiac electric activity (ECG), electrodermal, and respiration
• Baseline biofield measures, as well as variation in response to external stimulus of participants
• Functional significance of biofield measurements relative to health and wellbeing
• Data-driven 2D and 3D static and dynamic visualization/animation of biofields