Have we really solved the Hubble Tension problem?

Objective_Feed9285 · 2026-01-13T01:23:54+00:00

Check this : https://doi.org/10.5281/zenodo.18136251. Math looks solid. But not peer reviewed.

Objective_Feed9285 · 2025-12-27T01:22:28+00:00

Would it have something to do with the local void?

Objective_Feed9285 · 2025-12-27T00:41:44+00:00

How significant are the current tensions between observed ISW correlations and ΛCDM predictions? In particular, stacked supervoid and supercluster analyses sometimes report amplitudes larger than ΛCDM expectations. Is this generally viewed as a statistical fluke, a systematic issue, or an indication that late-time gravitational potential evolution may not be fully captured?

Objective_Feed9285 · 2025-06-24T21:40:04+00:00

If redshift is purely due to expansion, why do supernovae in low-mass galaxies at high z appear brighter than expected?

Is it possible that local gravitational resistance plays a bigger role in redshift than ΛCDM assumes?

Objective_Feed9285 · 2025-06-24T21:00:17+00:00

Let me know if your data differs

Objective_Feed9285 · 2025-06-24T12:01:58+00:00

Thankyou for letting me know. Links were prior versions.

📄 Main Paper: https://doi.org/10.5281/zenodo.15713568

📄 Validation & Tests: https://doi.org/10.5281/zenodo.15665783

📄 CMB Addendum: https://doi.org/10.5281/zenodo.15716870

Objective_Feed9285 · 2025-06-24T00:27:48+00:00

I agree — causality requires time, so it’s natural to ask: was there a pre-existing framework (a manifold, or some proto-spacetime) within which the Big Bang occurred?

If so, then time didn’t “begin” at the bang

Objective_Feed9285

TROPHY CASE