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A detailed re-examination of the seminal paper on special relativity, taking into account recent work on the physical interpretation of the space-time Lorentz transformation as well as the modern understanding of classical elecromagnetism as a certain limit of the fundamental underlying theory --quantum electrodynamics-- is presented.
Many errors both of physical principle and of a mathematical nature are uncovered. The `relativity of simultaneity' and `length contraction' effects predicted in the paper are shown to be the spurious consequences of misinterpretations of the second postulate and the Lorentz transformation, respectively. The derivation of the latter in the paper is shown to be flawed.
The physics of space and time II: A reassessment of Einstein's 1905 special relativity paper.
Originally posted by mopusvindictus
But in essence I agree fully that there is no reason to believe light speed can not be broken... my questions are what are the onsequences for living organisms? the exsistance of a soul/higher dimensional forms of ourselves and how does that play into the equation before all is said and done?
Originally posted by mikesingh
Originally posted by mopusvindictus
But in essence I agree fully that there is no reason to believe light speed can not be broken... my questions are what are the onsequences for living organisms? the exsistance of a soul/higher dimensional forms of ourselves and how does that play into the equation before all is said and done?
It's here where science and philosophy get intertwined! There's one puzzle piece in particular that physicists hope to pick out of the debris from the LHC's high-energy collisions.
Some call it the God particle.
That would probably explain many puzzles including the interaction with matter in quantum states.
As argentus had mentioned in his post above, why doesn't light, for example, have an acceleration period? It manifests as light speed without having first gone from 0 velocity.
A good observation. Reminds me of telepathy - instantaneous communication. But how does that happen with zero acceleration? How does thought travel? What particles are involved here? The electron might have a hefty partner that physicists refer to as the selectron. The muon might have the smuon. The quark might have the squark.
Heck! I'm heading for the bar to cool of some. My brain is fried just thinking of those exotic particles that may be involved here - from quarks and gluons, from selectrons to smuons!!
And by the way, I wonder when the LHC is going to be fired up?
Cheers!
[edit on 27-6-2008 by mikesingh]
Originally posted by Anonymous ATS
Also finally, the well known Doppler effect demonstrates experimentally that the light must be travelling at c+v (blue shift) or c-v (red shift) as otherwise a universal constant speed would render any such Doppler shifts impossible !
Originally posted by kdial1
They are coming closer and closer to quantum computers, if the theory of these quantum computers is right. Faster than light is possible.
Source
These fields come in at least three types: E-fields, S-fields, and G-fields. The E, S, and G stand for Electric, Spin, and Gravity fields. The torsion field and its emanations are subtle energy fields. They are separate and distinct from classical Electric, Magnetic, and Gravity fields.
Generators for these fields can be shielded against electro-magnetic fields but the torsion field still manifests itself through such shielding. Torsion fields can be generated, detected, switched on and off (such as for communication purposes), and are a distinct type of energy field heretofore not included in today's classical physics.
Torsion field emanations can travel at velocities at least as high as 109 times the speed of light.
A good observation. Reminds me of telepathy - instantaneous communication. But how does that happen with zero acceleration? How does thought travel? What particles are involved here? The electron might have a hefty partner that physicists refer to as the selectron. The muon might have the smuon. The quark might have the squark.
Originally posted by Anonymous ATS
Given that the speed if light is constant -
a. What constrains the finite value of c? Why isn't c smaller or larger?
b. The solar system is slowing down. The Universe is expanding. C is constant? At the level of logic, it would be easier to accept the c is constant if it was a ratio, but c is thought to be an independent quantity.
The well known Doppler effect demonstrates experimentally that the light must be travelling at c+v (blue shift) or c-v (red shift) as otherwise a universal constant speed would render any such Doppler shifts impossible !