Whoops. My bad. Thought they were open.

They are now.

This image contains the first definition of the Hubble parameter from first principles in human history.

You’re too kind. I’m just a math nerd at heart. The theoretical form of gamma incorporates the reduced Planck constant making it scale invariant. I have a paper that just entered review resolving ATLAS and ALPHA-g lab tensions.

Wouldn’t be surprised if it shows up in crystalline experiments at all

A companion paper to that discovery applied to the S8 parameter tension (9% improvement) and resolve the BAO scale tension completely.

ipipublishing.org/index.php/ip...

I’d love to. Inbox is open.

It’s worth noting that this isn’t pure theory. I discovered a fundamental rate at which the universe processes information as a function of CMB phase shifts in polarization of the e-mode band earlier this year and applied it to BH. ipipublishing.org/index.php/ip...

I refer to this process as a “little bang” as it mimics the formation of the universe itself at a smaller scale.

What my work demonstrates via the holographic principle is that black holes need not emit radiation, and when they reach information saturation via the holographic bound space around the black hole must expand to accommodate, emitting radiation as a result.

Hold my beer.

Ok then.

The value approximately 1/137 emerges naturally when we consider the number of distinct quantum states accessible during electromagnetic interactions under holographic constraints:

α^-1 ≈ π × 4π/γtP ≈ 137.036

I’m an amateur mathematician who just published two peer reviewed papers on holographic cosmology.

Yes.

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Thank you!

Theoretical physics please!

orcid.org/0009-0002-80...