The Hamiltonian approach to General Relativity and CMB primordial spectrum
B.M. Barbashov (JINR), V.N. Pervushin (JINR), A.F. Zakharov (ITEP),, V.A. Zinchuk (JINR)

TL;DR
This paper explores Hamiltonian methods in General Relativity to understand the early universe and CMB radiation, linking cosmological parameters with particle physics within a specific reference frame.
Contribution
It introduces a Hamiltonian framework for General Relativity that connects the universe's creation and CMB properties to the Standard Model parameters.
Findings
Hamiltonian approach provides new insights into universe creation from vacuum.
Parameters of CMB radiation are expressed in terms of Standard Model variables.
Framework offers a unified view linking cosmology and particle physics.
Abstract
Approaches to solutions of problems of the energy, time, Hamiltonian operator quantization of the General Relativity, the creation of the Universe from vacuum are considered in the frame of reference associated with the CMB radiation in order to describe parameters of this radiation in terms of the parameters of the Standard Model of elementary particles.
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