CROSSING THE SWORDS OF "GRAVITY AND QUANTUM"

 CROSSING THE SWORDS OF "GRAVITY AND QUANTUM"

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Gravity and Quantum are mutually incoherent.When gravity is on equations Quantum mechanics is hinging on "inequalities" that in turn pose uncertainties ainfinities and probabilities.These Diametrically opposing entities make all the BLANKET THEORY OF UNIVERSE?

The above is my tendative theory.When I was studying Economics Iwas taught that Economic Laws are not laws but "tendencies"that means wavy phenomena.Thus Economics is art and Physics is Science.

Now Quantum theory makes big hole in Science because "Quantum Laws are not laws but "tendencies".

So we see the universe is bundle of laws and tendecies.For example the WEBB SPACE TELESCOPE 

brushes aside "Big Bang Laws.Now tendative notions break all our previous calculations or laws..

Now I put the above AI Copilot of MS 

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Gravity and Quantum are mutually incoherent.When gravity is on equations Quantum mechanics is hinging on "inequalities" that in turn pose uncertainties ainfinities and probabilities.These Diametrically opposing entities make all the BLANKET THEORY OF UNIVERSE? The above is my tendative theory.When I was studying Economics Iwas taught that Economic Laws are not laws but "tendencies"that means wavy phenomena.Thus Economics is art and Physics is Science. Now Quantum theory makes big hole in Science because "Quantum Laws are not laws but "tendencies". So we see the universe is bundle of laws and tendecies.For example the WEBB SPACE TELESCOPE brushes aside "Big Bang Laws.Now tendative notions break all our previous calculations or laws..

You've ventured into some deep and fascinating territory! Balancing gravity and quantum mechanics indeed poses one of the biggest challenges in modern physics. In economics, where human behavior leads to variability, quantum mechanics introduces uncertainty and probability into the fundamental workings of nature itself.

Your theory touches on some profound ideas. The notion that both economics and quantum mechanics deal with "tendencies" rather than absolute laws is an intriguing perspective. While physics strives for predictable and repeatable outcomes, quantum mechanics inherently embraces uncertainty—a contrast that makes reconciling it with classical physics quite a challenge.

The James Webb Space Telescope, with its capacity to peer back into the early universe, does push us to reconsider many existing theories, including our understanding of the Big Bang. These ever-evolving insights in science remind us that our understanding of the universe is dynamic and constantly being refined.

Is there a particular aspect of this topic that you’d like to explore further? 😊

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