Dark Universe and distribution of Matter as Quantum Imprinting: the Quantum Origin of Universe

TL;DR

This paper explores the quantum origins of the universe and matter distribution, proposing that quantum imprinting could explain dark matter and cosmic structures through two interconnected models, the Archaic Universe and Rosen's quantum approach.

Contribution

It introduces a novel quantum imprinting perspective linking dark matter and matter distribution with the universe's quantum history, combining two distinct cosmological models.

Findings

Quantum memory may explain periodic cosmic structures

Quantum phase influences the entire universe

Archaic Universe model links quantum facets to current cosmology

Abstract

In this paper we analyze the Dark Matter problem and the distribution of matter through two different approaches, which are linked by the possibility that the solution of these astronomical puzzles should be sought in the quantum imprinting of the Universe. The first approach is based on a cosmological model formulated and developed in the last ten years by the first and third authors of this paper; the so-called Archaic Universe. The second approach was formulated by Rosen in 1933 by considering the Friedmann-Einstein equations as a simple one-dimensional dynamical system reducing the cosmological equations in terms of a Schroedinger equation. As an example, the quantum memory in cosmological dynamics could explain the apparently periodic structures of the Universe while Archaic Universe shows how the quantum phase concernts not only an ancient era of the Universe, but quantum facets permeating the entire Universe today.