Space/Science » in reply to RayTracing in General Relativity: How Einstein would look passing near a black hole

The whole thread (21 posts)

• RayTracing in General Relativity: How Einstein would look passing near a black hole - Daniel - 2/25/2006 4:12:27 AM
  • Questions about time dilation and intense gravity of black holes - SDF - 2/26/2006 3:28:09 PM
    • re: Questions about time dilation and intense gravity of black holes - David F Mayer - 2/26/2006 4:05:14 PM
      • Keep that nobel prize handy (my questions were a rhetorical form of persuasion) - SDF - 2/27/2006 2:25:30 PM
        • black holes evaporate over time - Daniel - 2/27/2006 3:51:54 PM
          • just to press the point a bit, even if it's speculative - SDF - 2/28/2006 2:55:52 PM
      • Thanks for that - Daniel - 2/26/2006 4:24:22 PM
  • Is that a 2-dimensional black hole? - SDF - 2/26/2006 2:11:01 PM
    • it's a 3-D Schwartzchild black hole, but the IMAGE is 2-D - Daniel - 2/26/2006 4:33:54 PM
    • Image is passing BEHIND the black hole, not through it. (n/t) - David F Mayer - 2/26/2006 3:55:17 PM
      • I think you mean the OBJECT is passing behind the black hole - Daniel - 2/26/2006 4:23:27 PM
  • re: RayTracing in General Relativity - Fox - 2/25/2006 10:54:57 PM
    • another good GR movie (from around here) - Daniel - 2/27/2006 7:56:06 AM
      • (220 kB download) (n/t) - D. - 2/27/2006 8:19:05 AM
    • re: RayTracing in General Relativity - Daniel - 2/26/2006 4:45:47 PM
      • A Thrill Ride to 'the Other Side of Infinity' - ljk - 2/28/2006 4:20:06 PM
        • Andrew Hamilton - Daniel - 2/28/2006 4:53:39 PM
          • um .. - D. - 2/28/2006 4:58:17 PM
            • See also - ljk - 2/28/2006 5:56:32 PM
              • thanks for that - Daniel - 3/1/2006 12:09:49 PM
                • Evolution of supermassive black holes - ljk - 3/1/2006 7:44:26 PM