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I am not suggesting that the rate of time drops off or speeds up to the tune of the inverse square law to echo gravity. I believe there are indications in the fact of the temperature of a black hole dropping inversely to the increase in its mass that disallow this, this being on the basis of time being stopped in a 0 gravity field, although maths is needed there. I can't do it in my head. I believe that gravitational time dilation may be connected to the metric, and that the metric is not a phenomenon of distance in geometry, but is comprised of distance in time.
Since spacecraft have already navigated the solar system we would already have witnessed these effects. The time dilation on earth is marginal in reality. It takes a very dense object to produce a significant effect. We are likely quite near to the lowest value of time dilation already.
Quote from: timey on 04/09/2015 23:56:55I am not suggesting that the rate of time drops off or speeds up to the tune of the inverse square law to echo gravity. I believe there are indications in the fact of the temperature of a black hole dropping inversely to the increase in its mass that disallow this, this being on the basis of time being stopped in a 0 gravity field, although maths is needed there. I can't do it in my head. I believe that gravitational time dilation may be connected to the metric, and that the metric is not a phenomenon of distance in geometry, but is comprised of distance in time.To explain this a little more thoroughly, I feel that the rate of time that we view a black hole from ie: an earth second, in relation to the rate that a second will be occurring at for the black hole, (hopefully to be determined by such considerations) in relation to the mass differences between earth and the black hole, will prove interesting in relation to the temperature of the black hole, and in particular to the drop in temperature a black hole experiences in relation to an increase in its mass. This being based on time being stopped in a 0 gravity field.