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The Maxwell, Einstein, Schr dinger and Dirac equations are
considered the most important equations in all of physics. This
volume aims to provide new eight- and twelve-dimensional complex
solutions to these equations for the first time in order to reveal
their richness and continued importance for advancing fundamental
Physics. If M-Theory is to keep its promise of defining the
ultimate structure of matter and spacetime, it is only through the
topological configurations of additional dimensionality (or degrees
of freedom) that this will be possible. Stretching the exploration
of complex space through all of the main equations of Physics
should help tighten the noose on "the" fundamental theory. This
kind of exploration of higher dimensional spacetime has for the
most part been neglected by M-theorists and physicists in general
and is taken to its penultimate form here.
Every hundred years or so, a unique groundbreaking Copernican class
volume arises unexpectedly. From ashes long thought cold of
Einstein's static universe model, for the first time technically
viable alternative interpretations to all pillars of Big Bang
cosmology are presented in the context of a profound new
'continuous-state' cosmological paradigm able to elucidate many
contemporary problems plaguing the standard model of particle
physics. The cosmology provides an alternative derivation of the
string/brane tension formalism derived from large-scale additional
dimensions that leads to a putative unique background-independent
string vacuum without requiring the Higgs mechanism or SUSY
superpartners. Breakthroughs presented, arising from the broad
spectrum of explanatory power, include an empirical protocol for
violation of the quantum uncertainty principle that provides a
viable model for the implementation of universal bulk quantum
computing. Other developments naturally arising from utility of the
new regime include a design for constructing de Broglie-type
matter-wave projectile defense shields with far-reaching
consequences.
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