Biomedical Engineering Reference
In-Depth Information
including its continuous energy response, its wave-particle duality
and the physics of relativity. The time and length dilations of the
Lorentz transformation and the self-fields discussed by Abraham
and Lorentz are understood in terms of external and internal
motions of the photon. Relativity is not applied to space but to the
EMF.ThisisamajordifferencebetweenEinstein'srelativityandSFT.
In the cosmological application to universal inflation, there is now a
pointinspace-timecorrespondingtothebigbangunliketheopinion
of current physics, whichmaintainsspace itself isexpanding. In SFT
itisonlythefield,thephotonthatexpandsviaitsradialstate;asthe
energy density diminishes with cosmological inflation the photon
expands along with its wavelength. In Chapter 3 we investigate the
role of the universe, its gravitational structure and cosmological
evolution to constrain biologicalevolution.
Certain biophotonicsmechanisms are apparent:
(1) The relative permittivity and permeability of the tissues and
organs of the body vary; the self-fields and the kinetic and
potential energies of corresponding particles in the same atom
ormoleculealsovary.Thesevastlydifferingdielectricconstants
induce differences in molecular reactions and energies, most
importantly during replication of different tissues and organs.
The extracellular material of a tissue, including the number and
size of its particular cells, largely determines the reactions and
energy states of a tissue's cell cycle. This causes the specific
frequencies required for the normal occurrence of the stages
of the cell cycles of different tissues to vary from one another,
even though similar molecules, chromosomes and proteins are
involved.
(2) A phenomenon of cell-cell electric polarisation and alignment
is involved in the build-up to cell division. Once the spindle
poles are created, charged proteins in the plasma membrane
of a replicating cell polarise the external membrane of this
cell. This causes the membrane proteins of neighbouring cells
to polarise and align, thus creating a feedback to magnify the
original E field across the spindle poles within the replicating
cell.Acomplementaryprocessofcell-cellmagneticpolarisation
is also involved in metaphase and anaphase. This concerns the
