I watched Cosmos when it came out, and it sent me straight to Carl Sagan's original — that path matters to me. I'll say it plainly: I'm a fan. The presentation style, the way humour gets woven through whatever you're explaining — I genuinely enjoy listening to it. I've followed StarTalk on and off for years, enough to get a feel for how you tend to approach a claim. The way you handle fringe science publicly is part of why I'm choosing to come to you first, rather than to someone more inclined to be generous with the benefit of the doubt.
This is not a request for validation. It's an invitation to stress-test something I've spent twenty-five years building — and you'll likely find things I haven't.
The framework in 90 seconds
Proposed opening — Option C
"Mainstream QFT takes fields as fundamental and particles as excitations. Loop Quantum Gravity makes spacetime discrete at the Planck scale. I propose a third step: a discrete grid of passive energy objects where the field itself is emergent. Not contradicting QFT — operationally compatible — but it gives wave-particle duality, zitterbewegung, and Bell-type non-locality a single substrate mechanism."
The framework is called Coherence. Three pillars: Frequency (mass is a stable oscillation — the electron's zitterbewegung at ~1.55×10²¹ rad/s is the direct bridge), Modulation (chemistry, biology, and consciousness as wave interaction at different scales), and Resolution (the Planck scale as the universe's finest grain — in my current working choice a fixed average density, not a fixed pixel size; Heisenberg's uncertainty itself is set by ℏ, not by the grain).
I'm not replacing quantum field theory. I'm proposing an ontological layer underneath it — one that makes the numerical values of c, the Planck length, and particle masses potentially derivable rather than free parameters.
The prediction I'd hand you first — including the part that already failed
H₀(z) = H₀_late / √(1+δz) — the Hubble tension
Fitted form rejected (χ²/dof = 9.9, p ~ 10⁻⁵) · qualitative gradient open · Euclid + DESI outstanding
The Hubble tension (~4–5σ discrepancy between early-universe and late-universe H₀ measurements) is currently unexplained by ΛCDM. My framework predicts a systematic gradient in H₀ as a function of redshift z, following H₀(z) = H₀_late / √(1+δz). I'll be blunt about the status: a computational test against published measurements (Planck 2018, DESI Y1, H0LiCOW, SH0ES) shows the qualitative monotone pattern — lower-z probes give higher H₀ — but the fitted form is rejected (δ≈0.0001, χ²/dof=9.9, p~10⁻⁵). The functional form was never derived from the framework's postulates, so it now sits in category C. What survives is a question, not a result. The decisive test is a method-independent probe: Euclid weak-lensing tomography would determine a non-zero δ at >3σ. DESI DR2 (2025) did not settle it; Euclid DR1 is expected around 2027. If δ is indistinguishable from zero — the prediction gets a ❌.
View full prediction list with falsification conditions →I've already publicly stamped two predictions as wrong
Because methodology matters more than ego. One prediction is publicly ❌ falsified; another is ⚠️ partial — the ordering confirmed but the specific residual claim not detected. Both are marked clearly on the site with verbatim quotes from the sources that tested them.
RF 1.3 MHz bird magnetoreception — falsified by Schwarze et al. 2016 (Mouritsen lab, double-blinded). Stamped with date and verbatim quote from the paper.
Compton ordering confirmed (R²=0.80); magic-number residuals not detected (Mann-Whitney p=0.29, Welch t=+0.51, p=0.63 in independent replication). The specific residual claim failed. The core ordering holds.
One ❌, one ⚠️. That's the methodology — not marketing.
I know what you're thinking: "Is this Terrence Howard with better vocabulary?"
Fair — the aesthetic is similar. Both involve frequency and geometry. Here are four structural differences that matter:
No arithmetic reinvention
I don't redefine 1×1. My mathematics is λ = h/mc and E = mc² — existing, verified relations used as bridges to a substrate model.
Double classification system
Every prediction has a Layer (L1/L2/L3 — peer-review status) AND a Category (A/B/C — epistemic confidence). Howard does neither.
43 numbered falsifiable predictions
Each has an explicit falsification condition stated in advance. On the page, in public, before the results are in.
Public self-correction with timestamps
When I'm wrong, I stamp the record. Howard has never retracted 1×1=2. I've retracted #32 and #38 with dates and sources.
What I'm actually asking
"Pick the prediction you think will fail fastest.
Let's test that one. I'd rather be wrong in public than be right in private."
Not a lecture request. Not a podcast appearance (unless you want that too). Just one prediction, one dataset, and one honest conversation about what the numbers say. If it fails — new ❌ on the page. If it doesn't — maybe a second conversation.
For the record
- Author Marald Bes — spectrumofeverything.com/about/
- ORCID 0009-0009-7697-2811
- Zenodo DOI 10.5281/zenodo.20043846 (preprint v0.1 — the site text supersedes it)
- Peer Review spectrumofeverything.com/peer-review/
Personal framework — not established physics. Disclaimer on /about/.