What's wrong is that Hal has not identified all of the relevant parameters of the problem of the structure of the electron. There is no gravity in his model. In fact gravity gets stronger as the scale decreases. This last statement comes from a Wignerian analysis of quantum gravity measurement as shown by Ng & Van Dam below. Let me make it as simple as possible, but not, like Hal's model
Feynman to me in 1968 at Cal Tech in his office: "Jack, always try to prove yourself wrong." Hal missed his chance to cite The Son of God to me: "Let He who is without Sin cast the first stone." ;-) A possible problem with my theory dawned on me at the gym just now, undoubtedly from increased blood circulation to my brain? Note below 2nd draft in which I correct the 10^-22 error that should
Feynman to me in 1968 at Cal Tech in his office: "Jack, always try to prove yourself wrong." Hal missed his chance to cite The Son of God to me: "Let He who is without Sin cast the first stone." ;-) A possible problem with my theory dawned on me at the gym just now, undoubtedly from increased blood circulation to my brain? Note below 2nd draft in which I correct the 10^-22 error that should
http://arXiv:gr-qc/0403057 v1 13 Mar 2004 In essence, the holographic principlesays that although the world around us appears to have three spatial dimensions, its contents can actually be encoded on a two-dimensional surface, like a hologram According to the holographic principle, the number of degrees of freedom that this cubic region can contain is bounded by the surface area of the
Also available at http://math.ucr.edu/home/baez/week264.html May 18, 2008 This Week's Finds in Mathematical Physics (Week 264) John Baez Here's a puzzle. Guess the next term of this sequence: 1, 1, 2, 3, 4, 5, 6, ... and then guess the *meaning* of this sequence! I'll give away the answer after telling you about Coleman's videos on quantum field theory and an amazing result on the
