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Books > Science & Mathematics > Physics > Nuclear structure physics
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From Asynchronous Logic to The Standard Model to Superflight to the Stars - Volume 2 Superluminal CP and CPT Symmetry, U(4) Complex General Relativity & The Standard Model, Complex Vierbein General Relativity, Kinetic Theory, Thermodynamics (Paperback)
Loot Price: R1,155
Discovery Miles 11 550
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From Asynchronous Logic to The Standard Model to Superflight to the Stars - Volume 2 Superluminal CP and CPT Symmetry, U(4) Complex General Relativity & The Standard Model, Complex Vierbein General Relativity, Kinetic Theory, Thermodynamics (Paperback)
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This book is the second volume exploring the properties of faster
than light particles (tachyons). The existence of tachyons has not
been proved yet. But the instantaneous nature of Quantum Mechanics
and the behavior of particles in Black Holes prove faster than
light motion occurs in nature. In volume 1 the author showed that
one can derive the form of The Standard Model of elementary
particles if neutrinos and down-type quarks are tachyons. In this
volume the author shows that these tachyons cause Parity, CP and
CPT violation. Also the General Theory of Relativity is extended to
Complex General Relativity and its vierbein version. The theory's
complex coordinates are mapped to real-valued coordinates (that we
observe) using a transformation composed of SU(3) and two
SU(2)xU(1) groups - the very groups that appear in The Standard
Model. Volume 1 showed that these same groups play a similar role
in The Standard Model by mapping complex, faster than light
coordinates to real-valued coordinates. Thus the same groups are
the basis of Complex General Relativity and The Standard Model.
WIMPs (Weakly Interacting Massive Particles - Dark Matter?) appear
naturally in this Standard Model. WIMP atoms and chemistry is
described. Lastly, the kinetic theory and thermodynamics of systems
of tachyons is developed. An appendix is attached with a
description of Complex General Relativity that appears in the
author's earlier "Quantum Big Bang" book.
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