Particle Physics · Canvas 2D · Zero Dependencies

HIGGS SUITE

Four evolving versions of a real-time Standard Model + Quantum Gravity + Dark Matter simulator, unified into a single enterprise edition. All particles, all decays, all interactions — in the browser.

4d >>>> 0d  ·  0d >>>>> 8d  ·  {00 ^?^ 00}
Standard Model Quantum Gravity Dark Matter χ Higgs Mechanism Spacetime Warp
Enterprise Edition · Unified
Higgs Suite — Full Simulation
The complete synthesis of all four versions. Standard Model (quarks, gluons, leptons, bosons) + Higgs mechanism + graviton spacetime warp + dark matter halo. Real decay chains. Keyboard controls. Scrolling neon grid.
14 particle types keyboard controls dark matter graviton warp Higgs mechanism 8d→4d→0d→8d cycle
▶ LAUNCH SUITE v3 (dark matter)
§ 01 Version History archive/ · preserved exactly as built
v0 · Foundation
Standard Model + Higgs Field
Clean scrollable layout. Green neon aesthetic. Stats grid at bottom. Full Standard Model with Higgs mechanism. Spacetime warp grid.
grid layout Higgs beta decay
v1 · Complete Physics
Full Standard Model + Controls
Most complete physics. Keyboard controls (SPACE/R/H/G). Comprehensive HUD. Full decay chains. Higgs threshold mechanism. Texture overlay system.
keyboard controls full HUD texture overlays
v2 · Quantum Gravity
Standard Model + Spacetime
Physics-first with time-stepped DT engine. Real spacetime warping grid when gravitons active — exponential falloff from center. Proper simulation timestep.
DT timestep spacetime warp gravitons
v3 · Dark Matter
Standard Model + DM + Gravity
Most particles. Dark matter halo (χ) triggered by graviton count. Scrolling neon grid. {00 ^?^ 00} transition display. All particle types and decay chains.
dark matter χ neon grid {00 ^?^ 00}
§ 02 Particle Inventory enterprise edition · 14 types
SymbolParticleClassDecay ChainIn Suite
●Proton p⁺Baryon · uud quarksStable (in atom)✓
●Neutron n⁰Baryon · udd quarksn → p⁺ + e⁻ + W⁻ → p⁺ + e⁻ + ν̄e✓
·Quarks u/dFermionConfined in nucleons✓
●Electron e⁻Lepton · shell 8d/4d/0dStable✓
●Muon μ⁻Leptonμ⁻ → e⁻ + ν̄e + νμ✓
●Tau τ⁻Leptonτ⁻ → μ⁻ + ν̄μ + ντ or hadrons✓
▲Neutrino νLepton · near-masslessStable (escaping)✓
~Photon γGauge boson · EMEmitted on e⁻ transitions✓
≋Gluon gGauge boson · strongExchange between nucleons✓
■W±, Z⁰ bosonGauge boson · weakW⁻ mediates beta decay✓
★Higgs HScalar boson · mass fieldH → γγ or H → bb̄✓
⬡Graviton GTensor boson · gravity (hyp.)Warps spacetime grid✓
◆Dark Matter χBSM · haloGraviton-attracted orbit✓
◆Meson πHadron · quark-antiquarkFrom Higgs/tau hadronization✓
§ 03 Keyboard Controls enterprise edition only
[SPACE]
Pause / resume simulation
[R]
Reset — restore initial atom state
[H]
Spawn Higgs boson at nucleus (H → γγ or bb̄)
[G]
Gluon burst — 10 simultaneous exchanges
[D]
Dark matter injection — 3 χ particles added to halo
[W]
Spawn random weak boson (W⁺, W⁻, or Z⁰)
§ 04 Physics Reference decay chains and interactions simulated
Beta Decay
n → p⁺ + W⁻ → p⁺ + e⁻ + ν̄e
d quark → u quark + W⁻
Weak nuclear force. Neutron half-life ~15 min free. In nucleus: stabilized.
Muon Decay
μ⁻ → e⁻ + ν̄e + νμ
τ ≈ 2.2 μs (longest unstable lepton)
Leptonic weak decay. Produces two neutrinos, one electron.
Tau Decay
τ⁻ → μ⁻ + ν̄μ + ντ (17.4%)
τ⁻ → hadrons + ντ (64.8%)
Heaviest lepton. Hadronic channel dominant — produces mesons.
Higgs Decay
H → γγ (0.23%)
H → bb̄ (58.2% dominant)
τ_H ≈ 1.6 × 10⁻²² s
Mass field excitation. Threshold-triggered when gluon exchange > 200.
Electron Transitions
8d → 4d → 0d → 8d
de-excitation: emit photon γ
{00 ^8^ 00} notation
Energy level transitions emit or absorb photons. Cyclic: 8→4→0→8.
Graviton + Spacetime
Grid warp: sin(d·ω − t·v) × e^(−d/L)
DM trigger: G-count > 5
Hypothetical tensor boson. Warp amplitude decays exponentially with distance.