For the last time I never said that it would be entirely different but think of this , in another solar system where the mass of the star would be lower or greater than earth but the radiations and the gravity of that star would also influence the space around its system thus due to that factor the planets revolving around it would also get influenced by it and their revolution and rotation would differ from the planets in our solar system. Thus the behavior of the entire system would not be as ours, hence there would be different laws for the matters to interact.

Why do you think that? What evidence has lead you to that conclusion?

Why do you think that? What evidence has lead you to that conclusion?

I think that cause I choose to. The same reason that there was no no one evidence to go against it.

Psst, Ihcisphysicist, your thesis is not true. We are pretty sure, almost certain, the laws of physics are the same everywhere in this Universe. Light is the key that tells us the elements in stars, and the elements between us and stars. See spectroscopy.

 

Telescopes tell us lots of things about far off places, and virtually prove the laws of physics are the same everywhere. All the evidence is public domain. You can study the evidence, for free, but it will probably take several years.

Edited August 20, 20169 yr by EdEarl

Psst, Ihcisphysicist, your thesis is not true. We are pretty sure, almost certain, the laws of physics are the same everywhere in this Universe. Light is the key that tells us the elements in stars, and the elements between us and stars. See spectroscopy.

 

Telescopes tell us lots of things about far off places, and virtually prove the laws of physics are the same everywhere. All the evidence is public domain. You can study the evidence, for free, but it will probably take several years.

pssst... do you know that all those conclusion based on far off observation are all estimations and not concrete facts.

Starting a pool.

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Do not do it again.