Research Discussion Page
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For any comments on the preprints on unification found on the research page click the "edit" tab above and add your comment.
1. Comments, suggestions and questions
- There are no derivations of the deviations from Maxwell's equations. (CS: correct; this does not seem possible)
- In regard to the maintenance of photon shape after propagation: http://www.physorg.com/news88439430.html (CS: indeed, experimentally the light pulse shape is conserved; the issue in the preprint is to check that this is also the case in the model.)
- If the hypothesis that the graviton is a pair of photons is true, would the graviton exhibit the same self-scattering properties as the single photon? (CS: well, first, I would say that the graviton is *not* a pair of photons; it only looks somewhat like such a pair. Related to this is the second point: the scattering behaviour is very different, as gravitons get scattered in the vacuum all the time, whereas photons don't.)
2. Mistakes
- The derivation of Coulomb's law is done in words only. (CS: yes; the field is an average effect, analogous to pressure. But there is no mistake.)
- The derivations of Maxwell's equations are done with words only. (CS: yes; but the derivations are correct nevertheless.)
- Photons that "split" while passing double slits give the wrong behaviour when detected? (CS: No, a detector will still detected only whole photons, and the detection behaviour that comes up is the measured one.)
- The estimation of the fine structure constant is based on the assumption that only part of the virtual photons emitted by a charge reach a second charge. This is wrong: in the extended entity model, all virtual photons reach the other charge. (CS: yes, this is a mistake in the manuscript; the fine structure constant cannot be estimated that simply. The proper calculation needs to take into account that the virtual photons exchanged along direct, "short" field lines have a larger effect than those exchanged along "long" field lines.)
- You are a perfect example of a crackpot. (CS: no)

