Comments by "Brandon" (@gravoc857) on "The Scale Of This Supervoid Is Mind Blowing!" video.

  1.  @GertjanLievaart  Yes we can observe 93 billion light years away. Cosmic inflation has pushed them that far away in 13.8 billion years. Eventually we won’t be able to observe them, once the last of their light arrives to us that is still in transit all those billions of years ago. The space between them will eventually grow faster than the speed of light. This is likely the case for several distant objects, and is absolutely the case for things already beyond our particle horizon.
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  2. Yes. A void is defined by its quantity, or lack there of. A super void is a void that is defined by length, and classified “super” due to the sheer length of it
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  3. Yes it did. Geodesic incompleteness points to an origin of a singularity.
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