...<deda...@gmail.com> wrote: assume light travels from in.vacuum to in.glass and back again in.vacuum: its speed will deccelerate from c to v and agian accelerate from v...p-mobile with renewable energy or so? Light travels at c in a vacuum. That includes the vacuum between atoms in matter. Light traveling "through" an atom is absorbed, and then normally re-...

...gmail.com> wrote: assume light travels from in.vacuum to in.glass and back again in.vacuum: its speed will deccelerate from c to v and agian accelerate ...-mobile with renewable energy or so? Light travels at c in a vacuum.  That includes the vacuum between atoms in matter. Light traveling "through" an atom is absorbed, and then normally re...

......@gmail.com> wrote: assume light travels from in.vacuum to in.glass and back again in.vacuum: its speed will deccelerate from c to v and agian accelerate from v...-mobile with renewable energy or so? Light travels at c in a vacuum. That includes the vacuum between atoms in matter. Light traveling "through" an atom is absorbed, and then normally re...

...<deda...@gmail.com> wrote: assume light travels from in.vacuum to in.glass and back again in.vacuum: its speed will deccelerate from c to v and agian accelerate from v...p-mobile with renewable energy or so? Light travels at c in a vacuum. That includes the vacuum between atoms in matter. Light traveling "through" an atom is absorbed, and then normally re-...

dedanoe wrote: assume light travels from in.vacuum to in.glass and back again in.vacuum: Yer stooopid for form as well as for content. its speed will deccelerate from c to v and agian accelerate from v to c. Bullshit. You know nothing of the mechanism of refractive index. What about complex ...

assume light travels from in.vacuum to in.glass and back again in.vacuum: its speed will deccelerate from c to v and agian accelerate from v to c. how do you explian the acceleration? i mean does light behave like p-mobile with renewable energy or so?

... in massive collapsed stars inside the schwarzschild radius, or inside the schwarzschild radius of the massive object in Sgr.A. ”. No star is wholly bottled-up within its schwarzschild radius. Neither a perfect vacuum nor infinite density can exist in nature. Climbing out of a deep gravity well, light might be too redshifted for us to observe, but that's not a True black hole.

...laws of physics and extrapolating from them philosophically, but in this case, it just fits live a glove. Nature abhors vacuum. If there is interest, lean back and the other person will lean in. If you are not wasting your energies,...blog if you have further interest in this. Input is more than appreciated: http://camelot-bl.blogspot.com/2008/06/nature-abhors-vacuum.html Thanks, Pinky.

..., 20 May 2008 07:40:55 -0700, socratus wrote: Really, if you can’t correctly describe the vacuum, how it is possible to expect a correct description of something more complex? " If there is no such thing as absolute vacuum then the concept may be part of observational system 'noise', as it were... just like... How can ...

... reach the Absolute temperature of Vacuum T=0K.  This temperature is a ...and physical parameters of particles in  Vacuum, in Nothing , in T=0K? ... "soup of virtual particles" in vacuum? Even accourding to Wikipedia when describing particles in relation to vacuums you are required to stipulate ".... http://en.wikipedia.org/wiki/Vacuum#Quantum-mechanical_definition http://en.wikipedia.org...