CST Hybrid Warp Engine Live Simulation

Einsteinian warp-field model with rotating warp-direction rings, live CST clocks, hybrid propulsion glow, moving plasma plume, Voyager synchronization, Fourier harmonic waves, curvature control, heat, coolant, speed, and time-compression readings.

This is a theoretical educational simulation. It does not prove faster-than-light travel. It visualizes CST navigation, relativistic timing, hybrid propulsion, and warp-field control concepts.

Live Hybrid Warp Propulsion Engine

Warp Power Control

Warp Level

1
Range: Warp 1 to Warp 10

Engine Power

10%
Hybrid nuclear-electric plasma drive

Stability

96%
CST curvature lock

Heat Load

540 K
Thermal hull stress

Coolant Flow

42%
Radiator and coolant loop

Velocity

0.010 c
Simulated apparent cruise factor

Live Clock Synchronization

UTC Earth Clock --:--:--
Atomic Clock --:--:--
CST Ship Clock --:--:--
Interstellar Clock --:--:--

Warp Direction Circles

Positive-Energy Warp Geometry

Blue tilted torus with positive-energy curvature bands.

Physical Warp Shell

Green spherical shell with latitude, longitude, and stress paths.

Irrotational Warp Flow

Purple non-spherical flow loops with twisted scalar-potential circulation.

Segmented Warp Nacelles

Orange modular ring with separated nacelle blocks and inner core.

Live Fourier Harmonic Field Control

Live CST Navigation Readings

Time Compression1.02x
Space Compression Ahead1.5%
Space Expansion Rear1.2%
Curvature Index0.014
Earth Sync Error0.000 ms
Voyager 1 Sync Error0.000 ms
Voyager 2 Sync Error0.000 ms
Navigation Status

Equations Used in This Simulation

Function Equation Simulation Use
Lorentz Factor γ = 1 / √(1 − v²/c²) Time dilation and relativistic clock correction.
CST Timing Error ΔT = Tship − Treference Synchronizes ship clock with Earth, Voyager 1, and Voyager 2.
Control Objective J = Σ wi(Tci − Tref)² Minimizes multi-clock timing drift.
Field Energy uEM = ½ε₀E² + B²/(2μ₀) Represents electromagnetic energy density in the warp shell.
Fourier Field Control f(t)=a₀+Σ[an cos(nωt)+bn sin(nωt)] Moves harmonic wave lines and stabilizes field oscillation.