- #1
Macro
- 31
- 0
If charged particles; like protons and electrons and the others;
come out of the singularity then they ought to be accelerated
by inflation. If a great increase in space epxansion took place and
this is identical to "accelerating" then charged particles ought
to have radiated light. This burst of inflationary radiation is what
we see now as "Cosmic Microwave Background Radiation."
The light emitted during the inflationary epoch would be
redshifted by the inflation itself. Cosmologically speaking
expansion/inflation redshifts light. Stretching space stretches
the light traversing that space.
If we can calculate the original radiation from these accelerating
particles then by comparing their wavelength now(CMBR) we might
be able to accertain the exact duration of the "inflation." We could
know exactly how long it took place.
Anybody say differently?
Mitch Raemsch -- Light Falls --
come out of the singularity then they ought to be accelerated
by inflation. If a great increase in space epxansion took place and
this is identical to "accelerating" then charged particles ought
to have radiated light. This burst of inflationary radiation is what
we see now as "Cosmic Microwave Background Radiation."
The light emitted during the inflationary epoch would be
redshifted by the inflation itself. Cosmologically speaking
expansion/inflation redshifts light. Stretching space stretches
the light traversing that space.
If we can calculate the original radiation from these accelerating
particles then by comparing their wavelength now(CMBR) we might
be able to accertain the exact duration of the "inflation." We could
know exactly how long it took place.
Anybody say differently?
Mitch Raemsch -- Light Falls --