# Visualisation coverage — all 28 profiles

29 October 2026. D = simplified detector-event display; C = conceptual interaction diagram; A = artistic quantum-process representation. None is a physical simulation or actual measurement. Related profiles share rendering where the physics warrants it.

| Profile | Type | Family | What is shown |
| --- | --- | --- | --- |
| Photon — free propagation | C | photon-transit | Emission to continued propagation |
| Photon — detector event | D | photon-deposit | Neutral transit → calorimeter deposit |
| Photon — wave interference | C | interference | Relative phase changes detection probabilities |
| Electron — charged local field response | D | charged-field | Negative charge bends in a magnetic field |
| Positron — antimatter charged lepton | C | annihilation-encounter | A possible electron–positron encounter |
| Muon — charged lepton decay chain | C | lepton-decay | Connected charged parent, then decay |
| Tau — ultra-short charged lepton | C | lepton-decay | Brief parent; one selected hadronic decay |
| Electron neutrino — rare transit | D | missing-momentum | Transit without a track; event-level inference |
| Muon neutrino — rare transit with lineage shadow | D | missing-momentum | Transit without a track; event-level inference |
| Tau neutrino — rare transit from violent lineage | D | missing-momentum | Transit without a track; event-level inference |
| Gluon — confinement | C | confinement | Colour confinement and string breaking |
| W+ boson — weak transformation | C | charged-weak | W+ → e+ + νe |
| W- boson — weak transformation | C | charged-weak | W− → e− + anti-νe |
| Z boson — neutral weak exchange | C | neutral-weak | Neutral-current exchange preserves charge |
| Higgs — mass field excitation | C | two-photon-decay | Scalar excitation; one γγ channel |
| Proton — stable baryonic structure | C | composite-structure | A persistent charged composite |
| Neutron — bound structural / free decay | C | beta-decay | Free neutron → proton + electron + antineutrino |
| Alpha particle — heavy ionising projectile | D | ionisation | A locally concentrated stopping track |
| Pion plus — unstable meson | C | decay-chain | π+ → μ+ → e+ with unseen neutrinos |
| Pion zero — neutral brief meson | C | two-photon-decay | Neutral meson; dominant γγ channel |
| Kaon — strange meson | C | flavour-constraint | Strangeness constraint, then weak change |
| Hydrogen atom — simplest bound system | C | atomic-levels | Discrete bound-state transitions |
| Positronium — annihilation duet | C | bound-annihilation | Spin-dependent annihilation alternatives |
| Muonium — strange light atom | C | bound-decay | Muon anchor decay ends the original atom |
| Quantum vacuum — restless absence | A | field-state | Stationary background, internal correlations |
| Virtual particle pair — brief borrowing | C | internal-amplitude | An internal loop term, not borrowed objects |
| Quantum tunnelling — forbidden passage | A | barrier-amplitude | Attenuation through a barrier |
| Cherenkov radiation — faster than light in medium | C | medium-wake | A charged source and coherent medium wake |

All profiles include a visible type banner, legend, stages and limitations. The three neutrino profiles share one inference geometry: MET cannot identify flavour. W charge conjugates share a topology with correct charge/product labels. H and π0 share a selected two-photon topology while labels and explanations state that kinematics are needed to distinguish them. These similarities are intentional, not invented unique signatures.

The live panel responds to the selected context, not the style, matrix, modifiers or prompt variant. Visualisation never encodes those controls as measured physics. Reduced motion provides the same complete diagram without a reveal.