Biomedical Engineering Reference
In-Depth Information
forums or similar discussion groups. This particular FAQ has been
writtenaroundbiologyanditsassociateddisciplines.Tothepresent,
biologyhashadtodependonclassicalelectromagnetics(CEM)with
its limitations at the atomic domain and below. It is clear that
those who are more biophysicists or physicians than mathematical
biophysicists may not recognise SFT as the breakthrough that
it indeed represents. Likewise many physical theoreticians are
trainedalmostexclusivelyonconceptsofLagrangians,gaugetheory,
symmetryandagrab-bagofspecialisedsubjectsassociatedwiththe
current versions of quantum theory. Without a backward glance,
scant thought is given to the fact or even the possibility that
quantum theory might one day become obsolete. Distinct from
the ML equations based on the Maxwellian first-order equations,
quantum theory is based on the second-order wave equations and
theintegralequationtechniquesusedtosolvethemprobabilistically.
While there is nothing whatsoever wrong with integral equation
methods,whatisatissueisanover-constrainedmodelofthephoton
and its close companion, the biophoton, as a point source. This
introducesanumericalerrorknownasuncertaintyandthepresent-
day probabilistic nature of quantum theory. In addition the higher
the order of the mathematics, the more complex it becomes. This
applies especially to differential forms of equations. So the question
boils down to whether the EM wave equations or the first-order
ML equations are the basis of the mathematics. For instance, many
queriesconcerneithergaugeorsymmetry.Thereisnosuchthingas
a gauge theory in SFT because of the simplistic way gauge applies
within SFT. Again symmetry is achieved in a different way in SFT
compared with QFT. Hence the issue of a non-zero-mass photon
is also answered in a mathematically different fashion. Finally
relativity is inherent in the bi-spinorial form of mathematics and
provides a completely novel way of incorporating relativity within
quantum theory. This also changes the way we view relativity to
muchmorephysicallypalatable.Relativity'swarpingofisintuitively
easy to digest when it is realised that time includes the hidden time
and distances of internalphoton motions.
There is an enormous amount of validation yet to be performed
relating to SFT. This work needs to be 'delegated' to other than
those who are aware of the predictive power of SFT, similar to
