- #1
San K
- 911
- 1
Can/do relativistic effects explain select quantum "phenomena"
Can/do relativistic effects explain select quantum "phenomena"?
A photon (a mass less "particle" that travels at the speed of light) experiences space-time in a different manner.
A photon does not experience time.
Would the sun and earth, for example, seem, in a sense, joined for the photon?
There is our frame of reference and the other is from the photons' view.
Does the photon, in a sense, travel outside space-time when not interacting with any matter-energy?
Does the photon length, in a sense, equal infinity? (from the length/time dilation, Lorentz transformation, equations)
Can quantum entanglement be explained by relativistic effects?
Can/do relativistic effects explain select quantum "phenomena"?
A photon (a mass less "particle" that travels at the speed of light) experiences space-time in a different manner.
A photon does not experience time.
Would the sun and earth, for example, seem, in a sense, joined for the photon?
There is our frame of reference and the other is from the photons' view.
Does the photon, in a sense, travel outside space-time when not interacting with any matter-energy?
Does the photon length, in a sense, equal infinity? (from the length/time dilation, Lorentz transformation, equations)
Can quantum entanglement be explained by relativistic effects?
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