The Quantum Coherent Organism & EMF Sensitivity
ISIS Press Release 27/10/04
Mae-Wan Ho Institute of Science in Society, PO Box 32097,
London NW1 0XR, UK Lecture given at Children with Leukaemia Scientific Conference, 6-10 September, Westminster, London.
Abstract
The organism consists of a liquid crystalline continuum of giant molecular dipoles optimised for coherent energy storage and rapid and efficient energy transfer, approaching quantum coherence in the ideal. All parts of the organism can intercommunicate instantaneously for perfect coordination. Within the cell, giant molecular dipoles undergo phase transitions with changes in polarisation that affect cell states and biological function. A major intercommunication channel is via jump conduction of protons through the polarised multilayers of water associated with the liquid crystalline matrix. Coherent electrodynamical activities on every scale make the organism extremely sensitive to electromagnetic fields.
Science Society Sustainability http://www.i-sis.org.uk
Mae-Wan Ho Institute of Science in Society, PO Box 32097,
London NW1 0XR, UK Lecture given at Children with Leukaemia Scientific Conference, 6-10 September, Westminster, London.
Abstract
The organism consists of a liquid crystalline continuum of giant molecular dipoles optimised for coherent energy storage and rapid and efficient energy transfer, approaching quantum coherence in the ideal. All parts of the organism can intercommunicate instantaneously for perfect coordination. Within the cell, giant molecular dipoles undergo phase transitions with changes in polarisation that affect cell states and biological function. A major intercommunication channel is via jump conduction of protons through the polarised multilayers of water associated with the liquid crystalline matrix. Coherent electrodynamical activities on every scale make the organism extremely sensitive to electromagnetic fields.
Science Society Sustainability http://www.i-sis.org.uk
Starmail - 27. Okt, 16:58
