Do You Know Why Quantum Mechanics & universal Relativity Can't Get Along? - Physics-Astronomy.org

Do You Know Why Quantum Mechanics & universal Relativity Can't Get Along?

Quantum Mechanics &  Relativity typically operate on vastly diverse scales. Quantum mechanics, for instance, was unknown to science for so extended because it normally becomes important only on the scales of atoms. If you're clever, you can picture scenarios where quantum mechanics governs the fate of a cat, but that tends to be a stretch.


Relativity, on the other give, tends to be important in strong gravitational fields. Time, for instance, gets slowed near the surface of the ground compared to far away; light gets bent approximately clusters of galaxies. These effects can be mainly ignored unless you're talking about the surfaces of neutron stars and the like. In other words, General Relativity typically kicks on on large-ish scales, from stars every one the way on up to the total universe.
Do You Know Why Quantum Mechanics  & universal Relativity Can't Get Along?


2 comments:

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  2. MODERN PHYSICS IS BIG BUSINESS AND SHORT ON TRUTH:

    DIMEGLIO DEMOLISHES EINSTEIN AND THE AMERICAN ACADEMIC PHYSICISTS




    Gravity is electromagnetism. Accordingly, gravitational force/energy is proportional to inertial resistance; as this balances gravity and inertia. This greatest law/truth in all of physics truly, consistently, extensively, and fundamentally unifies and balances gravity, inertia, and electromagnetism. I am now the greatest physicist who has ever lived. Go spread the word.

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    The speed of light is inertial resistance.

    Energy has/involves gravity.

    Gravity is electromagnetism.

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    This law also explains black holes and even the blue supergiant stars that were determined to be impossible. For example, consider the center of such a star. Great.

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    Gravitational force/energy is proportional to inertial resistance, as this balances gravity and inertia.

    So, gravity/acceleration involves balanced resistance to/with inertia.

    Therefore, the falling man feels no gravity; as the feeling of gravity by the man who is on the earth/ground involves balanced inertial resistance. Awesome !!

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    In the case of black holes, there is full gravity with/involving full and balanced inertial resistance. This greatest law in all of physics is correct.

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    Compare "inertial resistance" with this: Outer space involves full inertia, and it is fully invisible AND black. Now, consider the relation of something and nothing. Outstanding !!




    By Frank DiMeglio

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