The Quantum Nature of Gravitation Is Open for Experimental Falsification By Our Experimental Design
The Quantum Nature of Gravitation Is Open for Experimental Falsification By Our Experimental Design
by Stefan Geier
Excellent video
"What If Gravity is NOT Quantum?"
by PBS Space Time!
However, I want to add: The quantum nature of gravitation is proofed by our experiments, and by our thinking according to Emmy NOETHER:
If You allow an one graviton black hole to evaporate by HAWKING radiation back to the outer of the black hole You can measure the action coming back to the measurable world. You can do this just by measuring for some time, say seconds, or minutes as we did. So You can interpret the damping of a pendulum as a measurement for the going of one graviton into a black hole, and the coming back of one graviton action out of the one graviton black hole. So You can conclude that our pendulum and NEWTON’s Cradle (see: Geier Stefan et al.: 1. @ResearchGate: https://www.researchgate.net/.../353658741_Gravitons_with.... 2. @ResearchGate: https://www.researchgate.net/.../353762880_Newton's... 3. 2ħ Graviton Quantum Correction on W Boson Mass Measurements is Feasible, and Necessary, July 2022, Science 376(6589):170-176, Follow journal, DOI: 10.1126/science.abk1781: 4. …) experiments are a proof for the existence of the quantum nature of gravitation. The damping of masses is related to the graviton’s action 2hdash, respective PLANCK’s h divided by pi.
Critique welcome!
Yours Stefan Geier, Haidholzen, Germany
(The balls of NEWTON's Cradle are very happy!)
However, I want to add: The quantum nature of gravitation is proofed by our experiments, and by our thinking according to Emmy NOETHER:
If You allow an one graviton black hole to evaporate by HAWKING radiation back to the outer of the black hole You can measure the action coming back to the measurable world. You can do this just by measuring for some time, say seconds, or minutes as we did. So You can interpret the damping of a pendulum as a measurement for the going of one graviton into a black hole, and the coming back of one graviton action out of the one graviton black hole. So You can conclude that our pendulum and NEWTON’s Cradle (see: Geier Stefan et al.: 1. @ResearchGate: https://www.researchgate.net/.../353658741_Gravitons_with.... 2. @ResearchGate: https://www.researchgate.net/.../353762880_Newton's... 3. 2ħ Graviton Quantum Correction on W Boson Mass Measurements is Feasible, and Necessary, July 2022, Science 376(6589):170-176, Follow journal, DOI: 10.1126/science.abk1781: 4. …) experiments are a proof for the existence of the quantum nature of gravitation. The damping of masses is related to the graviton’s action 2hdash, respective PLANCK’s h divided by pi.
Critique welcome!
Yours Stefan Geier, Haidholzen, Germany
(The balls of NEWTON's Cradle are very happy!)
Video "What If Gravity is NOT Quantum?" by PBS Space Time: https://youtu.be/8aR77s9RLck?si=bxcXF-gW-QIj2m-G
Figure by Stefan Geier: Quadrupole formation and HERTZ's contact law in the balls of NEWTON's cradle and EINSTEIN's gravitational waves associated with gravitons described by PLANCK's h devided by pi. The left ball of the figure represents the 2nd, 3rd, or 4th ball of the standard NEWTON cradle.
Figure by Stefan Geier: Quadrupole formation and HERTZ's contact law in the balls of NEWTON's cradle and EINSTEIN's gravitational waves associated with gravitons described by PLANCK's h devided by pi. The left ball of the figure represents the 2nd, 3rd, or 4th ball of the standard NEWTON cradle.
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