## Papers Published

Yang-Mills theories are a very
fruitful concept in quantum field theory. Fundamental interactions and its
unifications can be described with Yang-Mills theory. However, gravity is still
not mode...

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Diffusion processes can take
place in presence of chemical reactions. Additionally, diffusion processes can
also occur in a system that has a complex geometry. This paper shows a method
how to t...

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Quantum gravity theories are
relevant for very high energies that occurred e.g. during the Big Bang. These
theories also make statements for the entropy of a Black hole. This papers
shows how th...

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A couple of quantum gravity
theories were proposed to make theoretical predictions about the behavior of
gravity. The most recent approach to quantum gravity, called E-theory, is
proposed mathem...

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Differential geometry is a
powerful tool in various branches of science, especially in theoretical
physics. Ordinary differential geometry requires differentiable manifolds. This
research paper ...

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Topological Dipole Field Theory
was proposed as an extension of the Standard model of particle physics. The
transition amplitude per time for a propagation of a gauge boson can be
computed from ...

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The Standard model of particle
physics is successful in the description of many scattering processes in nature.
There are also phenomena in nature like the Baryon asymmetry that are based on
sca...

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The Standard model of particle
physics is based on nonabelian gauge theories. Since there are observed
phenomena which cannot be explained with ordinary Standard model, this theory
can be furthe...

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Quantum theory has found that
elementary particles in addition to
the classic field quantity have also quantum-mechanical degree of freedom.
This research paper defines another hypothetical intr...

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