... experiment is a failure, There is no way you could do what you did! Tell that to the folks who actually do it. Do what? They "surf on an electron" How do they shrink themselves so small and why can't they get that electron to ride the wavefront downward. You are well into *profound* idiocy, Spaceman. No, Only pointing out your profound idiocy. :)

... Tell that to the folks who actually do it. Do what? They "surf on an electron" How do they shrink themselves so small and why can't they get that electron to ride the wavefront downward. You are well into *profound* idiocy, Spaceman. Get lost PD. You are so full of shit it smells up the entire Usenet. :) -- James M Driscoll Jr Creator of the Clock ...

... is no way you could do what you did! Tell that to the folks who actually do it. Do what? They "surf on an electron" How do they shrink themselves so small and why can't they get that electron to ride the wavefront downward. Get lost PD. You are so full of shit it smells up the entire Usenet. :) -- James M Driscoll Jr Creator of the Clock Malfunction Theory Spaceman

... with momentum p corresponds to a plane wave filling all of space, with no definite position at all. It doesn't matter which way the momentum points; that just determines how the wavefronts are oriented. Since the wave is everywhere, the photon can be created by one particle and absorbed by the other, no matter where they are. If the momentum transferred by the wave points in ...

... particle with momentum p corresponds to a plane wave filling all of space, with no definite position at all. It doesn't matter which way the momentum points; that just determines how the wavefronts are oriented. Since the wave is everywhere, the photon can be created by one particle and absorbed by the other, no matter where they are. If the momentum transferred by the wave points in the...

...fourth dimension becomes a spherically-symmetric wavefront expanding throughout the three spatial dimensions...described by a spherically-symmetric probabilistic wavefront expanding at c; as a photon... points becoming nonlocal spherically-symmetric wavefronts of probability, wherein every point on...> defining a spherically-symmetrically expanding wavefront in threedimensions, while yet retaining ...

... manifests itself as a spherically-symmetric expanding wavefront with a wavelength of Planck’s length...., but as a spereically-symmetric wavefront representing the probability of its position. All..., but as a spereically-symmetric wavefront representing the probability of its position. A... After a photon is emitted, the spherical wavefront that defines its probability for being found ...

... propagates not as a particle, but as a spereically-symmetric wavefront representing the probability of its position. All points on that...propagates not as a particle, but as a spereically-symmetric wavefront representing the probability of its position. A photon transmits force... of c. After a photon is emitted, the spherical wavefront that defines its probability for being found at any point ...

... nature of a fourth dimension that is expanding relative to the three spatial dimensions. The probability distribution of the photon expands at the rate of c. After a photon is emitted, the spherical wavefront that defines its probability for being found at any point has a radius of 186,000 miles. This is the net result of billions and billions of quantum expansions of the fourth dimension, ...

...every point of a spherically-expanding wavefront is in turn a spherically- ...is described by a spherically expanding wavefront propagating at c. 20. Two initially..., as a photon’s probabilistic wavefront travels at c. 33. The velocity... photons which surf its expanding wavefront. Nonlocality arises because the fourth ...a dimensions upon an spherically-symmetric wavefront, where all points yet are ...