Biomedical Engineering Reference
In-Depth Information
system move up and down orthogonal to the GP, the E, H and A
fields on the earth's surface vary. The galaxy may be considered
to be represented by an ellipsoidal galactic structure within which
particles move representing the solar system and the black hole at
theGC.TheE,HandAfieldsontheearth'ssurfacevarywithdistance
above and below the GP. This cyclic variation is partly due to the
falling-off in energy density near the upper and lower edges of the
galaxy as the mass density changes abruptly to that of intergalactic
space. The variation in the fields may be involved in the observed
cycles of biodiversity.
3.3.1
Galactic Dynamics
SFT suggests that the strong nuclear fields controlling the motions
of nuclear particles in atoms acting gravitationally at the galactic
level satisfy the tri-spinorial mathematics given by Eq. (3.7). These
equations provide three orthogonal rotations per quark. Where the
photon and the phonon are seen to be composite in structure, each
havingtwosub-particles,itisreasonabletoproposethenuclearfield
isacoustic.ReferringtoFig.3.1,bosonstreamsconnectgalacticsuns
to the black hole at the centre of the Milky Way galaxy. Black holes
in SFT are seen as analogous in some ways to suns. Suns both emit
andradiateenergy.TheyarecentresofEMmass,whereplanetsorbit
around these central masses. They have positive energy emitted
as heat. But they also have nuclear energy, which they share with
the centre of a galaxy. This energy may be the cause of solar
winds. Similarly black holes are central mass objects, one level
of gravitation up from suns; they both emit and transmit nuclear
radiation; they are centres of nuclear mass, where solar systems
orbit around them.
Thusthereisalongrange,three-wayinteractionbetweenstrong
nuclear masses taken as triplets. This gravitational structure is an
extension to that proposed for gravitation at the solar system level
where EM dipole-dipole forces are involved and bi-spinors apply
betweenpairsofmasses,asinNewton'sandEinstein'sgravitational
models.Inthecaseofthegalaxyitistheadditionofthelongitudinal
oracousticfieldtotheEMforcesthataddsthesoliditytothegalactic
structure that is observed via the particularly high orbital speeds
