Consider some questions: When and where spacetime and energy break down, what happens? Is there an Einstein-Fredkin-Wolfram information process, in which spacetime, energy, and quantum electrodynamics fall out as approximations? Is there a Gaussian normal distribution of impossible photons that proves that there is an Einstein-Fredkin-Wolfram model of the multiverse?
Consider 5 hypotheses:
1. There exist photons with energies that are impossible according to quantum electrodynamics and general relativity theory.
2. As energy levels increase, the percentage of photons among ultra-high-energy cosmic rays eventually approaches 100%.
3. A statistically significant cause of geomagnetic reversals is the collision of a single ultra-high-energy photon with the Earth’s core.
4. On the Earth’s moon and similar bodies, there can exist an anomalous moonquake caused by a single ultra-high-energy photon colliding with the moon’s interior.
5. From any black hole, there can exist emerging photons that prove the general relativistic model of the event horizon is significantly wrong.
No comments:
Post a Comment