Quantum Gravity Grand Unification New Physics
Lecture Notes to DPG Spring Conferences
Successfully Unravelling the
Structure of Our Universe and Its Particles by First Principles

C. Birkholz 
presented at the joint DPG Spring Conf. on Gravitation, on the Mathematics of Physics, and on the Philosophy of Physics,
Jena/Germany, AGPhil 10.3 (2013)
Jena/Germany, AGPhil 10.3 (2013)
Abstract:
The recent breakthrough resulting in a nonperturbative unification of Einstein’s relativity with Planck’s
quantum theory has posed onward questions:
After deriving Einstein’s "World Formula" from first principles, its evaluation provides a consistent Quantum Gravity in fully quantized bent spacetime on its first degeneracy level  as a singlet representation with respect to the Grand Unification (GUT). Its second degeneracy level adds "internal" forces as vector representations of the GUT. A particle (viewed from outside) and our universe (viewed from inside) are subject to identical equations.
Finally, the mechanism how a particle is condensing out of Dark Matter is derived.
Why is (bent) spacetime (1+3)dimensional?
Why is it an SU(2,2) which is the covering group of fully
quantized General Relativity?
Only a handful of more or less evident postulates is needed in order to deduce that fundamental physics
must be based on an atomistic model and that the number of degrees of freedom should be some small power
of 8 in terms of a degeneracy expansion. Irreducibility, then, is slicing our world into separate bent
universes orthogonal to each other.Why is it an SU(2,2) which is the covering group of fully
quantized General Relativity?
After deriving Einstein’s "World Formula" from first principles, its evaluation provides a consistent Quantum Gravity in fully quantized bent spacetime on its first degeneracy level  as a singlet representation with respect to the Grand Unification (GUT). Its second degeneracy level adds "internal" forces as vector representations of the GUT. A particle (viewed from outside) and our universe (viewed from inside) are subject to identical equations.
Finally, the mechanism how a particle is condensing out of Dark Matter is derived.