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| Tags: general, limit, quasar, relativity, tests |
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#1
April 20th 08
posted to sci.physics,sci.physics.relativity,alt.sci.physics,rec.org.mensa
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Quasar tests general relativity to the limit
Black holes are where the theory fails. But if black holes do not
exist then we can keep the theory. The extrme of the theory is making predicition that do not invalidate GR. It is simply true that black holes and event horizons do not exist. GR is not making a wrong prediction. The extreme of the theory is of no consequence. The extreme of gravity is only neutron. What is holding neutronium up? Mitch Raemsch 
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#2
April 23rd 08
posted to sci.physics,sci.physics.relativity,alt.sci.physics,rec.org.mensa
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Quasar tests general relativity to the limit
On Apr 19, 10:39*pm, wrote:
Black holes are where the theory fails. But if black holes do not exist then we can keep the theory. The extrme of the theory is making predicition that do not invalidate GR. It is simply true that black holes and event horizons do not exist. GR is not making a wrong prediction. The extreme of the theory is of no consequence. The extreme of gravity is only neutron. What is holding neutronium up? Mitch Raemsch If there is no last barrier holding up neutronium then there is no such thing as further collapse. There are No Black Holes. There prediction is invalidated. Mitch Raemsch twice Nobel Laureate 2008
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