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#1
July 17th 14, 04:23 PM
posted to alt.astronomy
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Adding to QM
In Quantum's balancing of energies this is reality. Photon's have both a wave and mass. This is the kicker. Both are equal in energy. That is profound That tells a lot. TreBert
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#2
July 17th 14, 04:45 PM
posted to alt.astronomy
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Adding to QM
On Thursday, July 17, 2014 8:23:22 AM UTC-7, G=EMC^2TreBert wrote:
In Quantum's balancing of energies this is reality. Photon's have both a wave and mass. This is the kicker. Both are equal in energy. That is profound That tells a lot. TreBert Their mass seems to be 2D as a singular photon, which only becomes 3D once photons get entangled. Quantum entanglement has further proved that individual photons need not move.
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#3
July 17th 14, 06:52 PM
posted to alt.astronomy
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Adding to QM
On Thursday, July 17, 2014 8:23:22 AM UTC-7, G=EMC^2TreBert wrote:
In Quantum's balancing of energies this is reality. Photon's have both a wave and mass. This is the kicker. Both are equal in energy. That is profound That tells a lot. TreBert No such photon can be just one. Photons travel in large groups. Reality is two very tiny holes close together will show a million photons going through instantaneous Itsuch like the two slit experiment
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#4
July 19th 14, 12:23 AM
posted to alt.astronomy
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Adding to QM
On Thursday, July 17, 2014 10:52:30 AM UTC-7, G=EMC^2TreBert wrote:
On Thursday, July 17, 2014 8:23:22 AM UTC-7, G=EMC^2TreBert wrote: In Quantum's balancing of energies this is reality. Photon's have both a wave and mass. This is the kicker. Both are equal in energy. That is profound That tells a lot. TreBert No such photon can be just one. Photons travel in large groups. Reality is two very tiny holes close together will show a million photons going through instantaneous Itsuch like the two slit experiment Are you sure it's not a single photon travelling by a million paths simultaneously? Double-A
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#5
July 19th 14, 03:11 PM
posted to alt.astronomy
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Adding to QM
On Thursday, July 17, 2014 11:23:22 AM UTC-4, G=EMC^2TreBert wrote:
In Quantum's balancing of energies this is reality. Photon's have both a wave and mass. This is the kicker. Both are equal in energy. That is profound That tells a lot. TreBert AA COULD GET THE SAME RESULTS.
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#6
July 19th 14, 03:18 PM
posted to alt.astronomy
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Adding to QM
On Thursday, July 17, 2014 11:23:22 AM UTC-4, G=EMC^2TreBert wrote:
In Quantum's balancing of energies this is reality. Photon's have both a wave and mass. This is the kicker. Both are equal in energy. That is profound That tells a lot. TreBert PA.RTICLES GO LESS THAN C,BUT THERE WAVES CAN GO AT C AND STILL THE PARTICULE KEEPS IS WAVE. ELECTRON SHOWS THIS
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