If information is primitive, matter/energy are derivative
You touch electromagnetic repulsion between electron clouds — an interaction described by quantum electrodynamics, itself an informational structure. The "solidity" you experience is the impossibility of two fermions sharing the same quantum numbers (Pauli exclusion) — an informational constraint. Your tactile experience is neural information processing. At no point do you contact "brute matter."
E=mc² shows mass and energy are interconvertible — two forms of the same thing. But what is that thing? Both are fully described by informational properties. The equation is a transformation rule between information states, not a claim about ultimate primitiveness.
"Particles" in modern physics are excitations of quantum fields — localized information patterns. The Higgs field gives mass (information). Gauge bosons mediate forces (information transfer). Fermions have quantum numbers (information labels). The Standard Model is an information-theoretic classification system.
Particles = information labels:
Every particle in the Standard Model is defined entirely by its quantum numbers:
| Particle | Mass (MeV) | Charge | Spin | Color | Weak Isospin |
|----------|------------|--------|------|-------|-------------|
| electron | 0.511 | -1 | 1/2 | - | -1/2 |
| up quark | 2.2 | +2/3 | 1/2 | r,g,b | +1/2 |
| photon | 0 | 0 | 1 | - | - |
| Higgs | 125,000 | 0 | 0 | - | - |
Each row is an information packet. The "particle" is nothing but these numbers plus their dynamics (governed by Lagrangian = more information).
Functor F: Phys → Info:
Define a category Phys with:
Define a category Info with:
Claim ([[006_LN1.1_Matter-Energy-Derivative|LN1.1]]): There exists a faithful functor F: Phys → Info such that:
If F exists and is faithful, physics REDUCES to information theory.