1. From the direction and rate of the expansion of space (and the
cosmic background radiation) do they know where the Big Bang's
occured?
2. If they know where and with the speed of light, they would also
know when?
3. Knowing when it occured and also with the speed of light they would
know what is the farthest possible distance to find energy(radiation)
or farthest possible planet/star (distance from the big bang)?
Re: Mass formation, a question of speed? ... know what is the farthest possible distance to find energy ... The expansion can be faster than the speed of light. ... article in Scientific American, Feb or Mar of 2006, on Big Bang... (sci.physics.relativity)
Re: Mass formation, a question of speed? ... know what is the farthest possible distance to find energy ... The expansion can be faster than the speed of light. ... article in Scientific American, Feb or Mar of 2006, on Big Bang... (sci.physics.relativity)
Re: Is the speed of light really constant ? ... if Hubble was considered on the one hand to be so right ... >> the greater the distance of the galaxy, ... > The acceleration in the news these days is different. ... > that the rate of expansion is not constant, ... (sci.physics.relativity)
Re: The size of the universe <= 14E+9 light years ...universe can be more than 14E+9 light years apart. ...expansion looks like 99.66% that of light. ... the apparent velocity away from us is less than C. ... But the rate of change of distance is specific to the particular ... (talk.origins)
Re: The size of the universe <= 14E+9 light years ...universe can be more than 14E+9 light years apart. ...expansion looks like 99.66% that of light. ... the apparent velocity away from us is less than C. ... result in a proportional change in linear distance during some ... (talk.origins)
