CONSCIOUSNESS

2. Neuroscience 109
resent a potential for further enhancing creative processes through self-regulation strategies,
which improve the harvesting of information and energy directly from the quantum fields
(potential). There is growing scientific interest in what is generically referred to as ‘subtle
energies’. There are extraordinary correspondences between what modern science calls the
quanta and quantum potential, and ancient concepts called by many names such as kundalini,
chi, qui, etc. I have begun research with the intention of proving (or disproving) NQUIET
Hypothesis, as well as searching for one or more DC/SCP and, or DC/SCP/AC NFB protocols
which are more effective in terms of creativity than NFB protocols already developed. The
latest expanded, annotated version of the NQUIET Hypothesis has been published in Somatics,
2009, Volume XVI Number 1. I discuss NQUIET implications to brain cell regeneration,
evolution, education, self-regulation (including neurocardiology), performance enhancement,
longevity and contemporary theories of consciousness including Binding theory, Orchestrated
Objective Reduction, Theater of Consciousness and the Holonomic Model. I view NQUIET
as a work in progress. Suggestions for evolving the NQUIET Hypothesis are welcome and
have been coming in steadily. I expect integrating incoming ideas will further strengthen this
model by the time of the conference in April 2010. P8
136 An EEG Quantum Model of Consciousness Russell Hebert
(Anesthesiology Care Line, Michael E. DeBakey V.A., Houston, TX 77023)
Consciousness will be divided into ground state and excited state. The ground state will
be a state of no information as in transcendental consciousness. The excited state will be
cognitive processing. Our findings of alpha standing waves in Transcendental Meditation may
represent the link between the brain and the ground state of physics, the vacuum state. Author
will discuss inflated quanta, fractals, resonance phenomena, decoherence, recoherence, zeropoint
motion, super-symmetry and broken symmetry in terms of the ground state and excited
states of consciousness. P8
137 The Biochronos Theory: All Cells Possess a Core of Electrons in an Unobserved
Quantum State Residing in the Intraluminal Vacuum of Tubular Proteins of the
Cytoskeleton Jesper Ronager (Neurology, Rigshospitalet -
Copenhagen University Hospital, Copenhagen, Denmark)
The MTOC determines the morphology of all cells, and it is equivalent to a quantum cavity;
the cytoskeleton polymerizes according to quantum resonance maxima of the intraluminal
field. The MTOC replicates by quantum resonance prior to mitosis, surplus electrons are provided
by the negative cell membrane potential. In eukaryotes, the temporospatial organization
of chromosomes is controlled by quantum resonance patterns in the electromagnetic domain.
With focus in the centromere, the Biochronos field extends to telomere region. The nucleosomes
act as quantum resonators, controlling gene expression patterns, inclusive the HOX
master genes. In animals, the MTOC is located to the centrioles; the perpendicular arrangement
allows the daughter centrioles to resonate to a different phase of the Biochronos field
(differentiation). The epithelium that lines the cavities and surfaces of structures of the body
contains a planar quantum field, located to gap-junctions and intermediate filaments; which
via the primary cilia coordinates differentiation in developing cells. The Biochronos field
grows in complexity (evolution) by auto-resonance; the quantum wave describes a superposition
of the morphology of all the generational cycles. The oldest part creates strong resonance
(ontogeny recapitulates phylogeny); new patterns can only be added at end of each generational
cycle (terminal addition). In the brain, the dendrite trees in the gray substance, generates
hundreds of functional maps in the electromagnetic domain. Complimentary and functionally
integrated into each functional map is a planar quantum field maintained by astrocytes via
gap-junctions and intermediate filaments where long term memory is stored by resonance
patterns. The labile short-term memory is located to the multiple feed-forward loops, which
dominates the central connectivity, creating in effect series of echoes in the electromagnetic
domain, which represent the data format for memory, cognition and dreams. The binding of
data across maps, between maps, and between the hemispheres takes place in the electromagnetic
domain and is mediated by gamma oscillations. A quantum observation exclusively