Order: Temporal Synchronizer → Control Core → Quantum Sensors → RF Stack → HTS Coil Lattice → Resonant Chamber → Power Block → Cryostat & Vacuum → Metamaterial Rings

Warp Engine Demo + Relativistic Calculator

Engine visuals unchanged (fan/intake, compression A/B/C, warp coils, reactors, mixer, nozzle, storage rings, particles). “Run Demo” sweeps Warp 1↔10 automatically while UTC/CST/Warp clocks, temps, field stretch (left↔right), and plasma cone update live. The calculator panel below computes **mass ratio**, **energy**, and **proper time** for targets like **0.9c**.

1) Temporal Synchronizer

Sync mode

Mode

Warp factor

Warp: 3

2) Control Core (AI + CLF/SMC/PTAC)

AI curvature shaping gain CLF gain SMC robustness PTAC time (s)

3) Quantum Sensors

Biometric/pressure squeezing (dB) Spacetime stress gain Entanglement population (M)

4) RF Stack (Magnetic nozzle)

RF Power (kW) ECR (GHz) Nozzle B_throat (T)

5) HTS Coil Lattice

Coil current scale Lattice resonance tune

6) Resonant Chamber

Resonant Q Resonant freq (Hz)

7) Power Block

Peak power (kW equiv) Baseline power (kW)

8) Cryostat & Vacuum

Cryo temp (K) Vacuum quality (10^−x Pa)

9) Metamaterial Rings (MFEF)

MFEF tuning (0–1) Layer coupling

Clocks: CST/UTC/Warp

Self-tests: (pending)

Telemetry

Relativistic Rocket Calculator (0.9c & beyond)

Implements: rapidity φ = atanh(v/c), mass ratio m₀/m_f = exp( φ / (vₑ/c) ), proper time τ = c·atanh(v/c)/a, energy E = (γ−1) m c². Use to see why 0.9c needs exhaust speeds that are a large fraction of c.

Preset exhaust vₑ Payload mass m_f (kg) Target velocity v (fraction of c) Exhaust velocity vₑ — enter absolute (m/s) or fraction of c (e.g. 0.1c) Proper acceleration a (m/s²) for τ

Tip: Click “Set Demo to 1 g Cruise” to sync the engine demo to a realistic sub-c mode.

Target v (c): —

Rapidity φ: —

Exhaust vₑ: — m/s (— c)

ln(m₀/m_f): —

Mass ratio m₀/m_f: — (log10 = —)

Initial mass m₀ (kg): —

γ (Lorentz factor): —

Energy E: — J (— Mt TNT)

Equivalent mass E/c²: — kg

Proper time τ: — s = —

Diagnostics

Quantity	Value

Compute to see interpretation & guidance.