Biomedical Engineering Reference
In-Depth Information
2-D Array
Mendeleev's
Chemical Table
1891
4-D Array
Quantum
Mechanics
1927
6-D Array
Self-Field
Theory
2005
Properties of
elements seen to
correspond
Probability Cloud
n=4, I=2, m=2, s=0
Discrete numbers of
photon collisions
in atomic cycle
Figure 1.17
Historical perspective of the two new SFT quantum numbers
associatedwiththeresonanceofthephotoninitsroleasthebindingenergy
in atoms and molecules.
The role of the photon as a binding agent in molecules, including
DNA, is a resonance effect, and phase lengths in multiples of
π/
2
can be associated with these bond lengths. The chromosome's
bond length and its frequency change with the ambient energy
density in the cell and the state of the photon. This is a continuous
energy process, except when transition energy levels are reached
andprecipitouschangesoccur,includingbreaksofmolecularbonds.
The quantum nature of these biophysical mechanisms lies in a
continuous energy environment and mathematics. The observed
flow of photons from strands of DNA is like flows in metals where
electrons form into bandswithin semiconductors.
Though the body can initiate cell replication in many different
ways during growth, development, maintenance, regrowth, repair,
illness or old age, we shall now focus our deliberations on a
'generic' mitotic cell cycle, in particular metaphase and anaphase.
The biological situation is considered to concern either a colony
of cells or a tissue consisting of many cells wherein a central cell
is located. Observations show the cell and many of its components
can stiffen, enabling biogenic EM processes to occur. This stiffening
may involve the uptake of water molecules by the cell and/or by the
slow evolution of biogenic fields. Cell division occurs as a staged
