Astronomy/Space curvature.

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Question
would an area of space subject to maximum gravitational curvature such as singularities and super massive black holes be more conducive to supporting an overall spherical or toroidal geometry?

Answer
Hi.
No, one cannot say such a thing.
That would be like saying that a very small ball on the tip of a ball point pen is "more spherical" than a large sphere 1 met in diameter.
It is only a question of degree.
Near singularitird, space is more curved than around the sun say.
It is only a question of degree.
Again the curvature of space around a gravitational well is different from the curvature of space as part of the universe itself, which is proved by Hubble's law.
(the further you are, the faster you recede).
The general curvature of space that makes up the universe is a function of many things..such as whether the universe is open or closed.

regards
Jayen

Astronomy

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Jayendra Upadhye

Expertise

1 - General questions on most astronomy topics such as:- Solar system, Cosmology, Black holes, Quasars, Dark matter etc. 2 - General questions about the geologies of planets. 3 - General questions about Orbits and laws governing them. 4 - General questions about rockets / spaceships 5 - General questions about stellar interiors and supernovas.

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I was an askme.com expert rated no#1 for quite some time - and was top ten there by the time it closed - in Astronomy and general science categories.

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Bachelor of Engg. (Electrical engg), Maharaja Sayajirao university of Baroda, Gujarat, India.

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None to write about except the askme rating if it is any worth!

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