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Quantum physics and Vacuum.
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israel socratus
Feb 28, 2023, 12:04:10 PM2/28/23
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Quantum physics and Vacuum.
In quantum theory, the system begins with a lower level
with the least energy, it means from vacuum.
The reference frame of quantum physics is a pure vacuum.
A vacuum is not a world in which we live.
But at the same time, the vacuum exists.
This is evidenced by experiments.
According to classical physics, the energy of the cosmic vacuum is zero.
But in accordance with quantum physics, the energy of cosmic vacuum
is not always zero. The energy of cosmic vacuum can be destroyed
by Dirac's dualistic virtual particles: E = ± mc². Quantum physics
cannot be understood without the reference frame of the cosmic vacuum.
In quantum theory, the system begins with a lower level
with the least energy, it means from vacuum.
The reference frame of quantum physics is a pure vacuum.
A vacuum is not a world in which we live.
But at the same time, the vacuum exists.
This is evidenced by experiments.
According to classical physics, the energy of the cosmic vacuum is zero.
But in accordance with quantum physics, the energy of cosmic vacuum
is not always zero. The energy of cosmic vacuum can be destroyed
by Dirac's dualistic virtual particles: E = ± mc². Quantum physics
cannot be understood without the reference frame of the cosmic vacuum.
israel socratus
Mar 1, 2023, 6:37:12 AM3/1/23
to
1900. Quantum physics began when Planck solved the "black body" problem,
which Max von Laue called the "Kirchhoff's vacuum"
1927 Quantum physics ended when Dirac discovered the existence
of dualistic virtual particles (E=±MC²) in a "vacuum sea".
Conclusion
It is impossibe understand quantum physics without the cosmic vacuum.
which Max von Laue called the "Kirchhoff's vacuum"
1927 Quantum physics ended when Dirac discovered the existence
of dualistic virtual particles (E=±MC²) in a "vacuum sea".
Conclusion
It is impossibe understand quantum physics without the cosmic vacuum.
israel socratus
Apr 9, 2023, 2:37:36 PM4/9/23
to
THINKING — JANUARY 19, 2023
Physics is in crisis. Quantum cosmology can save it and point us toward the theory of everything
"Once quantum mechanics is applied to the entire cosmos, it uncovers a three-thousand-year-old idea."
https://bigthink.com/thinking/physics-crisis-quantum-cosmology-theory-of-everything/
-----
My opinion.
The most fundamental description of the Universe must begin with the Cosmic Vacuum,
because all quantum particles (and information) is collapsed in the infinite, cold and
flat Cosmic Vacuum. The Cosmic Vacuum is not an empty structure.
Quantum cosmology believes that the fundamental "layer" of reality is made up
of "virtual particles" from which ordinary matter can be created.
The entire ordinary material universe arises from the Cosmic Vacuum.
-------------.
Physics is in crisis. Quantum cosmology can save it and point us toward the theory of everything
"Once quantum mechanics is applied to the entire cosmos, it uncovers a three-thousand-year-old idea."
https://bigthink.com/thinking/physics-crisis-quantum-cosmology-theory-of-everything/
-----
My opinion.
The most fundamental description of the Universe must begin with the Cosmic Vacuum,
because all quantum particles (and information) is collapsed in the infinite, cold and
flat Cosmic Vacuum. The Cosmic Vacuum is not an empty structure.
Quantum cosmology believes that the fundamental "layer" of reality is made up
of "virtual particles" from which ordinary matter can be created.
The entire ordinary material universe arises from the Cosmic Vacuum.
-------------.
israel socratus
Apr 10, 2023, 3:53:10 AM4/10/23
to
Second law of thermodynamics: "Entropy always increases."
"Heat can never pass from a colder body to a warmer body without
some other related change taking place at the same time."
"Heat can never pass from a colder body to a warmer one Spontaneously."
/Statement of Clausius/
#
Entropy always increases in an isolated system.
The second law refers to the processes of an isolated system that begin and
end at equilibrium states and states that the entropy of the final state is never
less than the entropy of the initial state.
The equilibrium state of the system remains unchanged over time.
And an increase in entropy occurs when the system is perturbed.
----------.
Is it possible for a broken glass cup to Spontaneously return to its original state?
No. A broken glass cup cannot be repaired spontaneously. Restorer needed.
Without the Restorer, the cups cannot be connected again.
#
Let's take the situation in the Cosmic Vacuum.
According to Newtonian physics, space vacuum has a temperature T=0K.
When the temperature is T=0K, the entropy becomes zero
and the "entropy" must increase.
How?
According to Quantum physics, the structure of the cosmic vacuum
is constantly violated by "Restorers - virtual particles".
Virtual particles change the surface of the zero vacuum
(from Hawking radiation to the temperature of stars)
#
The structure of the cosmic vacuum can be realistic as an
"ideal gas system" in which a STATISTICAL PROCESS occurs.
----------.
"Heat can never pass from a colder body to a warmer body without
some other related change taking place at the same time."
"Heat can never pass from a colder body to a warmer one Spontaneously."
/Statement of Clausius/
#
Entropy always increases in an isolated system.
The second law refers to the processes of an isolated system that begin and
end at equilibrium states and states that the entropy of the final state is never
less than the entropy of the initial state.
The equilibrium state of the system remains unchanged over time.
And an increase in entropy occurs when the system is perturbed.
----------.
Is it possible for a broken glass cup to Spontaneously return to its original state?
No. A broken glass cup cannot be repaired spontaneously. Restorer needed.
Without the Restorer, the cups cannot be connected again.
#
Let's take the situation in the Cosmic Vacuum.
According to Newtonian physics, space vacuum has a temperature T=0K.
When the temperature is T=0K, the entropy becomes zero
and the "entropy" must increase.
How?
According to Quantum physics, the structure of the cosmic vacuum
is constantly violated by "Restorers - virtual particles".
Virtual particles change the surface of the zero vacuum
(from Hawking radiation to the temperature of stars)
#
The structure of the cosmic vacuum can be realistic as an
"ideal gas system" in which a STATISTICAL PROCESS occurs.
----------.
israel socratus
Apr 27, 2023, 11:32:21 AM4/27/23
to
Planck constant (h)
energy of photon: E=hc
Dirac's energy of electron: +/-E=mc^2
energy of photon and electron: ∆E=h*f
the kinetic Eₖ=½mv² energy of matter,
mathematically, particles have parameters: h/2π and h/4π
an uncertain ∆×∆pᵪ≥h/4π probabilistic future
(of the electron probability cloud in the atoms
and the wavelength of the light)
The wave particle duality of light and electrons
--------------
energy of photon: E=hc
Dirac's energy of electron: +/-E=mc^2
energy of photon and electron: ∆E=h*f
the kinetic Eₖ=½mv² energy of matter,
mathematically, particles have parameters: h/2π and h/4π
an uncertain ∆×∆pᵪ≥h/4π probabilistic future
(of the electron probability cloud in the atoms
and the wavelength of the light)
The wave particle duality of light and electrons
--------------
israel socratus
Apr 27, 2023, 11:36:44 PM4/27/23
to
The basis for understanding the quantum reality is the Cosmic Vacuum.
Why? Because:
Planck discovered its (h) in the so-called "Kirchhoff vacuum" /Max von Laue/.
Einstein's second postulate states: “The speed of a light quantum in vacuum is constant (c=1)".
Dirac discovered the dualistic energy of electrons (+/-E=mc^2) in the "vacuum sea".
Problem: The structure of the cosmic vacuum is unknown.
--------------
Why? Because:
Planck discovered its (h) in the so-called "Kirchhoff vacuum" /Max von Laue/.
Einstein's second postulate states: “The speed of a light quantum in vacuum is constant (c=1)".
Dirac discovered the dualistic energy of electrons (+/-E=mc^2) in the "vacuum sea".
Problem: The structure of the cosmic vacuum is unknown.
--------------
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