**Author:**

Dragoi, Andrei-Lucian M.

**Category:**

Research Papers

**Date Published:**

July 10, 2019

**Keywords:**

Universe, elementary particles, the Standard Model (SM) of particle physics,

**Abstract:**

This paper proposes a Simple…Graviton(-based) Universe (toy-
)Model (SGUM) which implies a short list of postulates, statements
and assumptions (subquantum movement generating rest masses for
almost all known elementary particles; a large palette of gravitons
with various quantum angular spins, non-zero volumes and a
common energetic density for all known elementary particles with
non-zero positive rest energies/masses etc) with far reaching
predictions and consequences beyond the Standard Model (SM) of
particle physics, bringing quantum mechanics (QM) and Einstein’s
general relativity (EGR) very close to each other:
(1) the existence of at least three more scalar bosons (called “X
bosons” [Xbs]) heavier than Higgs boson (Hb), with the

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