Step one
I read it closely
Careful notes and my own deductions, taken straight from the source as I read. The argument takes shape on the first pass. That part no machine does for me.
The Planck Sphere
An independent theorist says spacetime is spinning Planck spheres. I keep the ledger.
Matt Lorusso has spent five years building a single bold claim: that light and matter are nothing but rotations of identical Planck-length spheres, and that this geometry quietly fixes the proton radius, the fine-structure constant, and a ceiling on photon energy. It is ambitious, it commits to numbers a telescope could break, and it leans on a lineage (Haramein, Consa, Sanchez) worth knowing. My job is the part a Discord thread cannot do: take the framework apart claim by claim, reproduce the math myself, separate the genuine bullseyes from the identities and the post-hoc fits, and carry the open questions forward as we keep trading ideas. Read his work for the vision. Come here for the receipts.
The story so far
State of the board
Every claim from the work so far, weighed and rolled into one bar: 22 claims. The mix shifts as the author shares new ideas and open tests get run.
- 2 Settled
- 3 Tentatively resolved
- 4 Unsupported / functional assumption
- 6 Refuted
- 4 Open / untested
- 1 Interpretive / unfalsifiable
- 2 Raised, not yet investigated
Map by map
Read the source first if you want the vision in the author's own words. Each map below is my processed read: the fast verdict, the full ledger, and the questions the evidence raises.
- Exchange 1 · The Photon Ceiling, the Proton Radius, and What the Math Actually Shows The math checks out; the physics is unproven. One verified bullseye (the proton radius), one striking inherited identity (the fine-structure constant), and a falsifiable photon ceiling whose own published definition (2.49 PeV) appears to be exceeded by the very LHAASO photon cited as support (3.7 PeV).
- Exchange 2 · What Matt Answered, and the Ceiling That Moved by pi/2 Matt answered the hinge by conceding the 2.49 PeV prediction failed, then renamed the 3.9 PeV cosmic-ray knee as the new photon ceiling: a reselection of exactly pi/2, the factor already sitting in his own formula. The g-factor and the electron-size questions went unanswered. What stands is one honest concession, two genuinely testable rescues, and a ceiling the LHAASO spectrum keeps pushing past.
Threads still open
This is the connective tissue between episodes: claims that still need a real test, and the questions each map raised for the next one. Every thread links straight to the row that spawned it.
- The 12-digit electron g-factor objection is addressed. Ex. 2
- A Compton-scale torus electron survives the scattering size limits. Ex. 2
- The ratio of maximum primary to maximum secondary rotation rate is e^pi. Ex. 2
- The Filament redshift should reproduce the (1+z) supernova time dilation. Ex. 2
- A CMB-frame photon ceiling predicts a sky-anisotropic cutoff. Ex. 2
- A hopfion electron can survive the limits a rigid torus cannot. Ex. 2
- Does the Filament redshift reproduce the (1+z) time dilation seen in supernova light curves? Ex. 2
- Is the CMB-frame photon ceiling anisotropic across the sky? Ex. 2
- Can a hopfion electron yield the g-factor from its winding number without inputting alpha? Ex. 2
- Is cos(1/alpha) = e^-1 forced by the rotation mechanism, or a coincidence? Ex. 1
- How does a Compton-scale torus electron survive scattering limits below 10^-18 m and 12-digit g-2? Ex. 1
Provenance
How these pages get made
These maps are neither a transcript nor a robot summary. They are what happens when a human who cannot stop asking "wait, is that true?" gets industrial-grade tooling, and refuses to let either half do the other's job.
Step two
We argue it into shape
Then I sit down with an AI co-pilot and we fight about structure. My notes go through a fixed schema (claim, assumption, logic check, status, source) and nothing ships because it merely sounds good. The machine brings discipline and polish. The verdicts are mine.
Step three
Every status is an invitation
Green means I will stand on it. Red means it broke. Blue means a real test exists that nobody has run. If you can break one of my greens, I genuinely want to hear about it.
Until the next idea
The threads above stay open on purpose. When the author shares a new idea or a fresh dataset, the map grows, the bar shifts, and some of those blues turn green or red. That is the fun part.