Open Scientific Peer Review
The Oscillating Brane Cosmology V8.2 invites rigorous scientific scrutiny. This theory addresses 31 cosmological phenomena — 5 exact mathematical resolutions, 15 formal analytical frameworks, and 11 exploratory mechanistic perspectives — extraordinary claims demand extraordinary evidence, and we welcome challenges.
How It Works
This is a transparent, public peer review process:
- Submit a critique — Open an Issue on GitHub with your scientific argument
- We respond — With detailed calculations, equations, and numerical validations
- You can reply — Continue the discussion until the argument is resolved
- Resolution — The ticket is closed with one of these outcomes:
| Label | Meaning |
|---|---|
| Refuted | The challenge was examined and countered with evidence |
| Accepted | Valid critique — the theory is updated accordingly |
| Theory Updated | The critique improved the theory (contributor credited) |
Submit a Refutation
Requirements:
- A specific claim you contest (not “I don’t believe in extra dimensions”)
- A scientific argument (equations, data, references)
- Willingness to engage in public scientific dialogue
Attribution: You choose whether to be credited by your GitHub username, your real name, or remain anonymous. If your critique leads to a theory update, you will be acknowledged.
Active Discussions
Contribute to the Theory
Have you applied the V8.2 framework to solve a problem, derive a new prediction, or reproduce our results independently? Submit your contribution — if validated, it will be integrated into the theory with full credit to you.
Examples of contributions we’re looking for:
- Applying the Yukawa screening to specific galaxy rotation curves
- Computing new signatures from the stick-slip motor
- Independent numerical reproduction of our Bayesian evidence
- Proposing new laboratory experiments to test $L = 0.2\,\mu$m
- Extending the theory to new domains (particle physics, gravitational waves, etc.)
Validated contributions are acknowledged in the theory documentation and, if substantial, in the white paper’s acknowledgments section.
Scientific Moderator Panel
The peer review process is governed by an independent panel of qualified physicists. Moderators can validate or refute critiques, label resolution outcomes, and ensure scientific rigor.
Current Moderators
No moderators yet — be the first to apply.
How to Become a Moderator
We are recruiting physicists with:
- PhD in Physics, Cosmology, Astrophysics, or related field
- Published work in peer-reviewed journals
- Willingness to engage publicly — your name and affiliation will appear here
All perspectives welcome — skeptics make the best reviewers. The principal investigator reviews each application and retains final authority on theory modifications.
Why Moderate?
- Your name publicly associated with a theory addressing 31 cosmological phenomena
- Direct influence on the theory’s scientific governance
- Co-authorship opportunity on future publications if your contributions are substantial
- Be part of a new model of open, transparent physics research
Our Commitment
- Every serious critique gets a response — with calculations, not hand-waving
- If you’re right, we update the theory — and credit you
- If we refute your argument, we show our work — transparently
- All exchanges remain public — science is not done behind closed doors
The theory has been validated numerically (Bayesian evidence $\Delta\ln K = 4.13 \pm 0.07$, nested sampling with dynesty). But no theory is sacred. If you can demonstrate a fatal flaw, we want to know.
“The beauty of a theory is measured as much by its elegance as by its vulnerability to facts.”
Authentication via GitHub account. You can create a pseudonymous account if you prefer anonymity.