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Is a universe based on the big bang theory that can expand forever considered 3-A or H3-A?
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Actually, it may be Low 2-C if you can confirm it made time, otherwise it's High 3-A I believe.Is a universe based on the big bang theory that can expand forever considered 3-A or H3-A?
It depends on context of the verseIs a universe based on the big bang theory that can expand forever considered 3-A or H3-A?
If there is no statement about the space-time continuum, then it's just 3-AIs a universe based on the big bang theory that can expand forever considered 3-A or H3-A?
That's what I wanted to know, and also question why the explosion would only be 3-A ?Energy output that can endlessly travel through infinite space shouldn't come out of a H3-A explosion?Since it's basically infinite energy with finite rangeany universe should be low 2-C, otherwise it wouldnt have time, what the big bang itself is depends on if it made time or just space, as for the physical matter of the universe if its only infinitely expanding and not currently infinite then it would only be vaguely superior to baseline 3-A and hypothetically high 3-A after an infinite amount of time
Depends on if it actively creates infinite space or if space expands as matter and energy travel outward. If it's the latter, than still 3-A as it wouldn't take infinite energy to make something travel an infinite distance in a voidThat's what I wanted to know, and also question why the explosion would only be 3-A ?Energy output that can endlessly travel through infinite space shouldn't come out of a H3-A explosion?Since it's basically infinite energy with finite range