Jul 2, 2012 · Only in an infinite universe. A finite universe doesn't require infinity to describe motion. Think of it like pixels in a video game. It doesn't make sense to say that there are an infinite amount of pixels between two pixels, because you know there are a finite amount of pixels on your screen (1920x1080 for example). Feb 6, 2019 · Footnote 12 In the first place (1.958-967), Lucretius argues, whatever is finite must have a boundary, but a boundary requires something external to bound it; however, since there is nothing external to the universe, the universe cannot have a boundary, and hence must be infinite. Secondly (1.968-983), if the universe had a boundary and someone
Apr 3, 2014 · The universe is not just space, though. As Russian-German mathematician Hermann Minkowski demonstrated , Einstein’s special theory of relativity, postulated to explain how light moves at a

In any event, the answer to OP's original question is still no. We both know that if a neutron star were to increase its mass beyond a certain limit it would form a black hole. So it cannot go onto infinity as the question asks. 10 60 nucleons (say) is not an element in any normal sense, and is not infinite either.

Feb 29, 2020 · The reason philosophy avoids any “infinite regress” is that it leaves us with situations which are redundant, unanswerable, impossible, or useless. Aristotle first tackled this problem in his own philosophy, and it had a great influence on St. Thomas Aquinas’ cosmological arguments. The reason the universe “has to” stop at an “unmoved mover” (another way […]
Feb 23, 2021 · Atomic and molecular configurations come in a near-infinite number of possible combinations, This also implies something remarkable: that if there’s any particle in the Universe, even one we
Jan 2, 2020 · Related: The Biggest Unsolved Mysteries in Physics. Since at least the 1940s, physicists have known that nucleons move in tight little orbitals within the nucleus, Gerald Miller, a nuclear
Nov 26, 2013 · The infinite sets of real numbers and counting numbers have different sizes, or in Cantor’s parlance, different “cardinal numbers.” In fact, he found that there are not two but an infinite sequence of ever-larger cardinals, each new infinity consisting of the power set, or set of all subsets, of the infinite set before it.
Jul 7, 2022 · The universe may be infinite, but we can only see a finite section of it due to the finite speed of light. …If however there is an infinitesimal probability of something happening, then in an infinite universe there would only be a finite number (for example 1) of those things.
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Jul 15, 2021 · Yes, infinity comes in many sizes. In 1873, the German mathematician Georg Cantor shook math to the core when he discovered that the “real” numbers that fill the number line — most with never-ending digits, like 3.14159… — outnumber “natural” numbers like 1, 2 and 3, even though there are infinitely many of both.

Answer A : No, the number of stars cannot be infinite. In the whole Universe, at an instant t, there are W molecules of water. This number may be very big, but it has a definite value. The same goes for stars. Each of all the stars at the instant t has her own size, and we can give her a name. We can list all of them, and we can sort them from
Oct 1, 2020 · The fact that we are observers made of atoms — and that many of those atoms are carbon atoms — tells us that the Universe must have created carbon in some fashion. The light elements, like Mar 22, 2019 · $\begingroup$ @descheleschilder That's only true if the universe is not infinite. We don't know if the universe is infinite in size in real life because we can't see past the cosmological event horizon. But if the speed of light is infinite, and the universe is infinite in size, every point in the night sky will be a star. $\endgroup$ –

May 8, 2016 · The universe has a beginning, so it had a cause. The cause of the universe exists outside of time, so must be timeless. A cause that is timeless is eternal, so the cause of the universe is eternal. Every change represents a difference observed in time. An eternal cause outside of time, therefore, cannot change.

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