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LASER, OPTICS AND PHOTONICS
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Obesity Summit 2018 & Diabetes Conference 2018 & Laser Photonics Conference 2018
Biomedical Research
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ISSN: 0976-1683
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Volume 29
Gudrun Kalmbach H E, Biomed Res 2018, Volume 29 | DOI: 10.4066/biomedicalresearch-C7-019
PROJECTIVE COORDINATE CONSTRUCTION
FOR ENERGIES
Gudrun Kalmbach H E
MINT publication, Germany
F
or the dynamical deuteron model MW of the author it is necessary to use
a projective version constructing coordinates. The six color charges of
quarks are set on the complex multivalued function of cross ratios. Needed
are three reference points 0,1,∞ which come from the orthogonal hidding of
two frequences on a Lissajous circle. The variable z is taken on a 2-dimen-
sional Riemannian sphere with symmetry the Moebius transformations MT.
To the six permutations of the four projective points in the cross ratio as MT
invariant are added through a Higgs compass energy carrying force vectors
with polar caps for the energy exchanges of a deuteron with its environment.
It is postulated that the weak WI u-quark decay generates Euclidean spin co-
ordinates for MW and the strong SI gluon exchange between quarks barycen-
trical coordinates for gravity GR. They are synchronized with the spherical SI
coordinates. For getting a common group speed of the MW parts, the two WI,
SI+GR are in special relativistic motion, a reason why Minkowski metric is
used in physics. The general relativistic factor of the Einstein/Schwarzschild
metric is included in the model as a six valued compass for dynamical mea-
sured energies changing rotors in SI, WI time cycles.
Gudrun Kalmbach H E got her PhD 1966 in Mathematics
at the University of Goettingen and worked until 1975 as
research assistant, lecturer and assistant professor at
the Universities of Illinois, Massachusetts and Pennsyl-
vania State University USA. Her research is on Quantum
Structures for which she published many articles and
also books. From 1975-2002 she worked as mathemat-
ics professor at the University of Ulm Germany where
she founded the educational program MINT.
mint-01@maxi-dsl.deBIOGRAPHY