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According to Neo-Classical theory the electron is a charged particle, whose energy is mediated by the photon. What could be more natural than that the way in which this energy exchange is affected, is achieved is through the electron emitting or absorbing bursts of electrical energy ? The pulses of energy emitted by the electron are separated by distances that are small enough to exclude atoms or molecules, since no atom or molecules can exist in the spaces between the pulses of emitted energy they make an ideal di-electric. This gives to the photon a capacitor like aspect together with the ability to store energy for long periods of time. These bursts of electrical energy are polarised, resulting in the formation of a dipole, the existence of a di-pole formation in turn results in the formation of a solenoidal field existing around the photon, this solenoidal field is what gives the photon its wave characteristic. Thus the picture of the photon that emerges is of a di-pole particle.It can now be easily verified that this model of the photon accounts for all of the properties of the photon:1. The photon has no mass.2. The photon is never at rest.3. The photon is electrically neutral4. The photon always travels at the speed of light c. in a vacuum.5. The photon retains its energy intact over huge distances until it is absorbed by another electron.6. The photon possesses both wave like and particle like properties.7. The photon can manifest in trillions of different frequencies energies and wavelengths.The electron emits bursts of energy that form small packet or quanta of energy, that travel at the speed of light, that have no mass, that deliver or take away energy and thus act as mediators of the electron energy, that such a mechanism allows for the existence of trillions of wave-lengths and associated frequencies and so on.
I haven't read that- but I'm willing to bet it isn't a theory. https://en.wikipedia.org/wiki/Scientific_theory
Bored chemist:Two point, firstly in what part of SR does it say "the one way trip from the earth to the sun also takes 1000 seconds" Secondly https://wiki.lspace.org/mediawiki/Multiple_exclamation_marks
Einstein conventionThis method synchronizes distant clocks in such a way that the one-way speed of light becomes equal to the two-way speed of light. If a signal sent from A at time is arriving at B at time and coming back to A at time {\displaystyle t_{3}}t_{3}, then the following convention applies:{\displaystyle t_{2}=t_{1}+{\tfrac {1}{2}}\left(t_{3}-t_{1}\right)}.
speed<> time
QuoteBored chemist:Two point, firstly in what part of SR does it say "the one way trip from the earth to the sun also takes 1000 seconds" Secondly https://wiki.lspace.org/mediawiki/Multiple_exclamation_marksFirstly my apologies for getting carried away with the quotation marks. Secondly Special Relativity seems to state that the one way velocity of light is equal to the two way velocity of light in order to maintain the constancy of the speed of light:
QuoteEinstein conventionThis method synchronizes distant clocks in such a way that the one-way speed of light becomes equal to the two-way speed of light. If a signal sent from A at time is arriving at B at time and coming back to A at time {\displaystyle t_{3}}t_{3}, then the following convention applies:{\displaystyle t_{2}=t_{1}+{\tfrac {1}{2}}\left(t_{3}-t_{1}\right)}. The link is hereFurther the explanation, looked at with hindsight appears to be slightly weird. The round-trip speed of light (two way) is indeed isotropic and is represented by the constant c. To measure the round-trip speed of light, we only need one clock and because of this we are not dependent on any clock synchronization procedures. In general, this is not the case when setting up experiments for measuring the one-way speed of light. To measure the one-way speed of light, one generally needs two clocks. To synchronize two clocks over distance, one in general needs to know the one-way speed of light. Poincare, who believed that light propagates through the ether, thought it would be impossible to detect motion against the ether and thereby not the true one-way speed of light. For convenience he suggested that clocks should be synchronized based on "assuming" that the one-way time of light was half of the well-tested round-trip time of light. Einstein simply abandoned the ether and assumed the one-way speed of light was identical to the quite well-tested isotropic round-trip speed of light.
Quote from: Bored chemist on 18/02/2017 13:24:22speed<> timeSpeed <> time? Really? OMG!!!!!!!!!!!!!!!!!!
Bored chemist: speed<> time
Bored chemist:"Einstein simply abandoned the ether and assumed the one-way speed of light was identical to the quite well-tested isotropic round-trip speed of light. " What he did not say was that the time for the 1 way trip was the same as the time for the return trip. You seem to have failed to distinguish these ideas.
This method synchronizes distant clocks in such a way that the one-way speed of light becomes equal to the two-way speed of light
QuoteThis method synchronizes distant clocks in such a way that the one-way speed of light becomes equal to the two-way speed of lightWhich again emphasises that to Einstein the one way time was the same as the two way time.
Bored chemist: No; that's the exact opposite of what it emphasises. The point is that if the speed is the same the two way trip will take (exactly) twice as long.