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SUMMARY:21 - Mass\, Light and Gravity in Unitary Space-Time
DTSTART;VALUE=DATE-TIME:20190604T234500Z
DTEND;VALUE=DATE-TIME:20190604T234700Z
DTSTAMP;VALUE=DATE-TIME:20210618T231700Z
UID:indico-contribution-3348843@indico.cern.ch
DESCRIPTION:Speakers: zhi-an luan (china petroleum university hua-dong)\nW
e are surprised to find that the major open questions that plague modern t
heoretical physics can be answered in the mysterious “I Ching” book\,
by which our understanding on Mass and Gravity is:\n(1) The triplets of pa
rticle mass\, electric (or magnetic) charges\, light and gravity are natur
al representations of quantum groupoid in unitary space-time (XTX). Mass
“m” is a static topological measurement of this XTX\, and light speed
“c” is a dynamic topological measurement for it. The coherent states o
f quantum groupoids is dominated by gravity behind the scenes\, gives rise
to the next generation and form a reproductive chain. \n(2) By split and
recast nonlinear Schrodinger and Laplace operators\, we cast a Double Spec
trum Digraph (DSD) ensemble\, which is a quantum group version of the anci
ent I Ching\, which can accurately locate inertial mass\, White or Black H
oles\, critical points of phase transition\, and flip points. Its 8x8 non-
Hermitian R-Matrix carries almost all the quantum information and envelops
all the quantum evolutions. By the derived new generation subgroup as an
example\, we give the analytical images of growth and annihilation of the
dual mass under gravity.\n(3) We find three different quantum tunnels in e
ach hexagonal honeycomb structure\, which exactly describe: trivial spin\,
dynamic spin and coherent spin. Dynamic spin just is instantaneous collis
ion\, coherent spin is induced by gravity to form outer spin. We find the
law of quantum coherence: \nSum of mass-velocity2 = Product of mass-veloci
ty2 = Id.\n(4) We discover a new gravity mode\, which suits to quantum sta
tes of a mass triplet: fusion\, coherence and separation\, by which we fou
nd the theoretical values of gravity constant G.\nhttps://indico.cern.ch/e
vent/776181/contributions/3348843/
LOCATION:SWH 9082 + AQ South-East Corner / coin sud-est (Simon Fraser Univ
ersity)
RELATED-TO:indico-event-776181@indico.cern.ch
URL:https://indico.cern.ch/event/776181/contributions/3348843/
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