viXra:1910.0507 submitted on 2019-10-25.
Abstract.
Is the total energy measurable in
the universe? I found this question on the Internet www.quora.com. No one answered
this question. The
zero-energy universe hypothesis proposes that the total amount of energy in the universe is exactly zero: its amount of positive energy in the form of matter is exactly canceled out by its negative energy in the form of gravity [1, 2]. But is it really so? I have the
opposite opinion. New physics in the form of the quantum theory of
Superunification gives us new knowledge about the universe and its energy [3]. The
theory of Superunification is physics on the contrary. The Standard Model (SM)
of physics has a zero energy level of cosmic vacuum. The theory of
Superunification, on the contrary, establishes the maximum energy level of the
cosmic vacuum. This maximum energy level is due to the quantized space-time
structure which consists of quantons. Quanton has a small diameter (Leonov's
length) and it consists of four quarks: two electrical ±e and two magnetic ±g
[4]. Such a system of quarks makes it possible to calculate the energy
accumulated in it. We multiply the energy of one quanton by the quantum density
of the medium [5] and obtain the energy accumulated in one cubic meter of space
vacuum which is equivalent energy to the
mass of the substance of the whole universe. These energy values are
incomparable. So, the calculations showed that 100% of the energy is
accumulated inside the quantized space-time. This is the hidden global energy
of the universe.
Keywords: hidden energy,
quarks, quanton, quantized space-time, Leonov's length, quantum density, Standard
Model, theory of Superunification.
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