Question BIG BANG EVIDENCE

[DrRaviSharma]

I would like to add that just as we see the universe using photons in any form (QED) we need to view it in through other probes for example gravitational and weak interactions (themselves an exciting Pandora's box) just to name a few. Let me give a picture of same region seen in visible IR and X-rays appears differently, so will these other views show us non QED or additional to QED (e.g. QCD) picture of the Universe and it might most likely turn out as I also think currently that there is room only for a local (galaxies level or more) big bang.
So let us wait for these aggregate views before we conclude far out BB hypothesis.
Thanks.
Ravi
(Dr. Ravi Sharma, Ph.D. USA)
NASA Apollo Achievement Award
ISRO Distinguished Service Awards
Former MTS NASA HQ MSFEB Apollo time frame
Former Scientific Secretary ISRO HQ
Ontolog Board of Trustees
Particle and Space Physics
Senior Enterprise Architect

 

[Adoni Yannop]

Hello Dr Rav
you said
"In your above chain reality starts after or at Partons, nothing is confirmed above that except redshift conjectured big bag which JWST is proving doubtful. All matter including some of the SM particles are not as long lived as n, p, e. and of course as you say the atomic, bulk matter etc. (we also estimate stellar galactic and large regions lifecycles through astrophysical observations.
But Partons and resonances such as mesons and BSM entities such as double Higgs etc., do form, but for insignificantly small periods."

Under confinement
Transients from Axion Gluon Matter to partonic matter to Quark matter to Neutron matter can be confined.

unconfined that's another issue.

Harry!! There is absolutely no evidence that the speculated Axion Gluon Matter Or Partonic "Condensate" Matter has ever existed or been observed to exist in the lab or in space?? Do you have a picture of 2 solar masses of partonic matter or axion gluon matter??
No and you never will because once a neutron star reaches a neutronium mass over 2.17 solar masses it develops an event horizon that makes the neutronium ball of the neutron star invisible!!
One day, Stellar Black Holes may be discovered between 2.17 Solar Masses And 3.0 Solar Masses!!
Though because of a black hole's event horizon, we'll never be able to measure the density of a black hole's neutronium ball!!): We can reasonably argue that the density of the neutronium ball of a 3 solar mass stellar black hole is slightly greater than the neutronium ball of a 2.0 solar mass neutron star!! And that the maximum density of a neutronium ball of a SMBH is reached as a SMBH approaches its maximum mass at 100 billion solar masses!!
Now, the mechanics that limit a SMBH's mass to about 100 Billion Solar Masses is simple): Gravity is a direct function of mass and the rate at which the matter particles of mass heat up!! See my proofs in other posts!!
Anyway as the Surface Area Of The Cold Neutronium Ball Of A SMBH Increase As It Approaches 100 Billion Solar Masses): The Cold Neutronium Ball Starts cooling surrounding matter causing the surrounding matter to net cool net releasing gaseous GP1 Aether Particles that expand space and release dark energy transforming the overdensity to a void over infinite time!!
This is why we have a Cosmic Web with high GP1 Aether Particle Pressure Voids Pushing Galaxies Apart as net matter cooling expands space while overdensity superclusters contract and heat up until the overdensities can no longer net heat up!!
Smile Often and Have A Great Day!!

 

[Harry Costas]

There is no way that you will ever see Axion Gluon or Partonic matter with Compaction over 10^28
You will need to go into a Black Hole so to speak.

We cannot limit our thoughts, or we fall into the same trap as a forbearers.

I would suggest research Transient Condensates.