Argir Pando Vasil Dobri Matea Karagorgovi
2009-11-27 20:26:49 UTC
your imagination of 'traveling light' concept is not well founded. it
is widely accepted that light is an EM wave. this very EM waving
unexceptionally occurs between at least two electrically charged
particles and it does so because of oscillations of the particles
within the space while their charge remains the same or because of
oscillations in the charge while the particles remain immovable.
actually the two reasons almost equally contribute in the EM waving.
to knock down your concept of 'traveling light' just consider the
second case of spatially immovable electrically charged particles with
oscillatory charges: if they enclose an isolated system the change of
one's charge immediately affects the other charge but the very change
takes certain time to accomplish. what you do is take the ratio of the
distance among the particles against the time needed by the
oscillation to be spatial speed when in fact nothing ever moved. yes,
the difference in charge of the first particle was not extracted as an
photon package and didn't move across the space to arrive at the
position of the second particle to unite with it so there can be word
of something like spatial speed of light. the wavy affection is
instant in every direction and in case of wider system of many charged
particles the disturbed charge of every single particle affects all
the others simultaneously.
is widely accepted that light is an EM wave. this very EM waving
unexceptionally occurs between at least two electrically charged
particles and it does so because of oscillations of the particles
within the space while their charge remains the same or because of
oscillations in the charge while the particles remain immovable.
actually the two reasons almost equally contribute in the EM waving.
to knock down your concept of 'traveling light' just consider the
second case of spatially immovable electrically charged particles with
oscillatory charges: if they enclose an isolated system the change of
one's charge immediately affects the other charge but the very change
takes certain time to accomplish. what you do is take the ratio of the
distance among the particles against the time needed by the
oscillation to be spatial speed when in fact nothing ever moved. yes,
the difference in charge of the first particle was not extracted as an
photon package and didn't move across the space to arrive at the
position of the second particle to unite with it so there can be word
of something like spatial speed of light. the wavy affection is
instant in every direction and in case of wider system of many charged
particles the disturbed charge of every single particle affects all
the others simultaneously.