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User Guide & Navigation Manual

⚠️ Important Scientific & Methodological Disclaimer

This project is solely a thought-provoking, schematic visualization serving as the preliminary first step for preparing a more advanced project.
Neither the descriptions presented here nor the animation can be considered a correct, physically accepted model.
The visualizations and related theoretical descriptions are thought experiments and didactic tools; they do not represent an experimentally validated or canonical scientific theory.

This guide walks you through the interactive 3D interface, multi-scale hierarchical navigation, the 6-phase physical process simulator, and the Janus antimatter sector of the Universal Quantum Visualisation System.

1. Interface Overview

The interface features an ergonomic, dark glassmorphic layout:

flowchart TD
  TopBar["Header: Simulation Controls ⏸️ ↺ 1.0x | Language (EN/HU) | Font Size (A-/A/A+) | Settings ⚙️"]
  Breadcrumbs["Level Navigation: [1] Atom › [2] Nucleon › [3] Quark & Wormhole | [🌌 Janus Antimatter]"]
  Canvas["Central 3D WebGL Canvas (Three.js)"]
  CtrlPanel["Left: Control Panel (🎛️ Layers, Orbitals, Elements)"]
  DispPanel["Right: Display & Telemetry Panel (📊 Live Metrics, 6 Phases)"]
  CamDock["Bottom: Camera Dock (🌐 3D | 🔭 Total | 🔬 Side | ⬇️ Top | 📐 Orbital)"]

  TopBar --> Breadcrumbs --> Canvas
  Canvas --> CtrlPanel
  Canvas --> DispPanel
  Canvas --> CamDock

Key Areas:

  • Header: Simulation playback, language toggle (EN / HU), typography scaling (A-, A, A+), and settings modal.
  • Level Breadcrumb Bar: Direct switching between the three embedded observation levels and the Janus mirror world.
  • Left Control Panel: Toggle 3D visual layers, configure quantum numbers (\(n, l, m\)), choose chemical elements (\(Z = 1..36\)), and select multi-atom lattices.
  • Right Display Panel: Real-time physics telemetry, closed energy balance ledger, gravitational sag metrics (\(\delta g_{00}\)), and the 6-phase process simulator.
  • Bottom Camera Dock: One-click presets (3D Perspective, Total View, Side View, Top-down, Orbital Plane).

2. Camera Controls & Navigation

Navigating the 3D scene uses Three.js OrbitControls: - Rotate (Orbit): Left-click + drag / 1-finger swipe. - Pan: Right-click + drag / 2-finger parallel drag. - Zoom: Mouse scroll wheel / 2-finger pinch.

3. The 3 Embedded Hierarchical Levels & Janus Sector

flowchart LR
  L1["Level 1: Atom (~10⁻¹⁰ m)<br/>Click on nucleus!"] -->|Zoom in| L2["Level 2: Nucleon (~10⁻¹⁵ m)<br/>Click on a quark!"]
  L2 -->|Zoom in| L3["Level 3: Quark & Wormhole<br/>Kerr Ring & Calabi-Yau"]
  L1 -.->|Janus button| LJ["Janus Mirror Sector (r < 0)<br/>Antiproton & Positrons"]
  1. Level 1: Atom (\(\sim 10^{-10}\,\mathrm{m} = 1\,\mathrm{Å}\)):
  2. Central nucleus, quantum mechanical orbital probability clouds (\(1s, 2p, 3d\)), virtual photon energy exchange threads, and the sagging spacetime vacuum sheet.
  3. Click the nucleus to zoom into Level 2.
  4. Level 2: Nucleon Interior (\(\sim 10^{-15}\,\mathrm{m} = 1\,\mathrm{fm}\)):
  5. The interior of a proton (\(uud\)) or neutron (\(udd\)).
  6. Three valence quarks with rotating SU(3) color charges (RGB), Y-shaped gluon flux tubes, virtual quark-antiquark sea, and Yukawa pion filaments.
  7. Click any quark to enter Level 3.
  8. Level 3: Quark Interior & Micro-Wormhole (\(\sim 10^{-19}\,\mathrm{m} \to \ell_P\)):
  9. Spinning Kerr ring singularity with ergosphere.
  10. 3D projection of the 6D Calabi–Yau compact manifold.
  11. Heisenberg repulsive bounce shield (\(+1/r^3\)) preventing singularity collapse.
  12. Janus Antimatter Sector (\(r < 0\)):
  13. Inverted coordinate metric: ruby-red antiproton, counter-revolving positrons, and upward-warping repulsive vacuum cloth.

4. The 6-Phase Dynamic Process Simulator

Experience a complete, self-consistent physical quantum cycle: 1. Phase 0 (Idle): Ground-state \(1s\) hydrogen atom (\(E = -13.6\,\mathrm{eV}\)). 2. Phase 1 (Incoming): External free electron approaching with \(E_{\text{kin}} = 15.0\,\mathrm{eV}\) along a hyperbolic path. 3. Phase 2 (Scattering): QED scattering vertex; virtual photon exchange transfers \(\Delta E = 10.2\,\mathrm{eV}\); scattered electron departs with \(4.8\,\mathrm{eV}\). 4. Phase 3 (Orbital Jump): Quantum dipole transition \(1s \to 2p_z\) (\(\Delta l = 1\)). Gravitational mass reaches maximum \(M^* = M_0 + 10.2\,\mathrm{eV}/c^2\); vacuum sheet reaches maximum sag. 5. Phase 4 (Nuclear Recoil): Nucleus absorbs recoil momentum (\(\Delta\vec{p}_{\text{nucleus}} = -\vec{q}\)); Yukawa pion field oscillates. 6. Phase 5 (Deep Dissipation): Phase stress dissipates down to quark wormhole throat; Heisenberg barrier ensures stability. 7. Phase 6 (Relaxation): Spontaneous emission of a real, on-shell Lyman-α photon (\(\lambda = 121.57\,\mathrm{nm}\), \(10.2\,\mathrm{eV}\)). Vacuum well instantly relaxes; a gravitational spherical wavefront propagates outward at the speed of light (\(r = ct\)).

5. Keyboard Shortcuts & Persistence

  • Space: Play / Pause simulation.
  • R: Reset camera and simulation clock.
  • Esc: Close any active modal.
  • LocalStorage: All toggles, active element, orbital numbers, font size, and language settings are automatically saved and restored on reload.