The Eleven Easy Pieces
An eleven-part tour of The Information Lattice — the idea that particles, forces, space, and even black holes might be consequences of a finite quantum-error-correcting code rather than fields on a continuum. Each piece stands on its own, defines its jargon, and is honest about how solid the reasoning is. No equations to chase down.
With grateful acknowledgement to the genius of Richard Feynman and John Wheeler.
The Jar of Nothing That Contains Everything
Why empty space isn't empty — and why physics has no idea what's in it.
Read this pieceThe Most Successful Failed Theory in Science
The Standard Model of particle physics gets everything right — and explains nothing.
Read this pieceWheeler's Dream and Why Nobody Could Build It
The forty-year quest to build the universe from information — and the one thing everyone was missing.
Read this pieceWhat If Particles Are Just Error-Correcting Codes?
An 8-qubit register, three Boolean rules, and every known fermion in the Standard Model.
Read this pieceThe Shape That Builds Itself
How identical qubits, with no instructions and no blueprint, spontaneously crystallise into the geometry of space.
Read this pieceWhy Quarks Can't Escape
Colour charge as spatial direction, gluons as binary arithmetic, and confinement as a rubber band made of geometry.
Read this pieceThe Numbers That Fall Out
Six fundamental constants derived from counting faces, bridges, and constraints — with zero fitted parameters.
Read this pieceFourteen Predictions and Everything We Don't Know
The specific, falsifiable claims of the information lattice — and an honest inventory of its unsolved problems.
Read this pieceThe Paradoxes Dissolve
Ten quantum mysteries that aren't mysterious anymore.
Read this pieceEmergent Mass Hierarchies and the Strong Gravity Scale
Where the particle mass hierarchy and the strong-gravity scale come from, read straight off an error-correcting tensor network.
Read this pieceThe Universe's Firewall
Black holes, Hawking radiation, and the walk operator — the horizon as a finite error-correcting record.
Read this pieceWatch the lattice crystallise itself
Eight identical qubits sit on the faces of an octahedral void. With no blueprint and no instructions — only local consistency rules — they settle into the unique self-dual [8,4,4] error-correcting code, and copies of that void tile space into the honeycomb lattice the series argues is the fabric of reality. Press play and watch order emerge from identical parts — a live picture of Piece 5, “The Shape That Builds Itself.”
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Quantum Vacuum Crystallisation
Identical qubits self-organise into octahedral voids — 8 qubits on 8 faces of Q₃