Gravitational Waves of Early Universe

AI Thread Summary
The discussion centers on the relationship between the 'first-light' moment in the early Universe and the first gravitational wave signatures from the Big Bang. It posits that the inflationary period, characterized by dark energy, transitioned into a phase where matter emitted light, driven by both dark energy and luminosity pressure from emerging galaxies. This 'lights-on' scenario is suggested to have created an inward force pressure, influencing the motion of galaxies away from each other. The conversation also highlights the potential embedding of gravitational signals within the high luminosity function rather than the low-energy cosmic background radiation. The participants reference various academic papers to support their exploration of these concepts and the implications for understanding cosmic evolution.
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Was the moment of 'first-light' or 'Lights-on' which occurred in the early Universe when Matter started to Shine 'light from the first galaxies', equivilent to the first Gravitational Wave signature from the Big-Bang?

If one was do insinuate that the first primordial outward 'inflation' wave was Dark, or transparent, then the period of Outward Inflation was halted by an opposing signal, a signal that Extracted Energy from within the Dark Energy which caused Matter to emit Light, or become visible.

The Galaxies that emerged from this period of the Early Universe must have been driven apart by Two CO-INCIDING PROCESSES?

One being the remnant of Dark Energy Inflation, the other being the Luminosity pressure that must have been present as Galaxies Appeared:

http://www.daviddarling.info/encyclopedia/L/lumfunc.html

The 'lights-on' scenario, must have contributed to an 'inward-force-pressure', the sudden vast outpouring of light from matter that was located at a fraction of the present Universe size.

Every individual Galaxy would have a Luminosity 'force' , and if Inflationary Dynamics are near Equilibrium, the force of Light emmited by early Galaxies, would have contributed vastly to the motion 'away' from every other Galaxy.

Gravitational Signals must be embbeded within the 'high' Luminosity Function, not within the Low Energy COBE background radiation?
 
Astronomy news on Phys.org
Two recent papers have a baring on interesting solutions to the post above first paper:

http://arxiv.org/abs/gr-qc/0505045

and the second companion paper:http://arxiv.org/abs/gr-qc/0505046

The authors are :R. Chan, M.F.A. da Silva and Jaime Fernando Villas da Rocha.

Then there is this amazing paper: http://arxiv.org/abs/astro-ph/0505210

and another first class paper:http://arxiv.org/abs/astro-ph/0505217

this will be relevant:http://arxiv.org/abs/astro-ph/0410467

as these:http://arxiv.org/abs/astro-ph/0412134
http://arxiv.org/abs/astro-ph/0412135
finally for a good perspective of SNe

http://arxiv.org/abs/astro-ph/0504597
 
Spin_Network said:
Was the moment of 'first-light' or 'Lights-on' which occurred in the early Universe when Matter started to Shine 'light from the first galaxies', equivilent to the first Gravitational Wave signature from the Big-Bang?

Gravitational waves are predicted to come out of inflation, long before the formation of galaxies. In fact, we're looking for gravitational wave signatures in the CMB.
 
SpaceTiger said:
Gravitational waves are predicted to come out of inflation, long before the formation of galaxies. In fact, we're looking for gravitational wave signatures in the CMB.

Agreed!..but there lays a problem..and I am going through a number of papers, which I am hoping will iron-out what I believe is an important problem, and it relates(I think?) to the Luminosity Function at Large Distances, which cannot be Observed or detected at a Local Distance?

I hope to make some headway and clarify further in a number of days time.
 
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