CST Warp‑Geometry Mission Planner — with Quantum, Cosmic, CST, and UTC Clocks

Fuel bar and clocks sit under the tunnel canvas. The Ship panel is center‑locked; smalls reflect left/right, bigs trigger a vertical dodge and a laser pulse that shrinks/destroys them, then small‑particle reflection takes over. Ship always re‑centers after the hazard.

Mission Inputs

Rocket loading

Destination

Warp mode

Warp shortening α

Cruise speed
192 km/s (≈ 692,000 km/h)

Isp (fusion‑class)
30,000 s

Separation (flat)

Effective path (warp)

Time flat @192 km/s

Time warp @192 km/s

Δv accelerate

Δv decelerate

Propellant (start burn)

Propellant (arrival burn)

Total propellant

Fuel cost (est. $3,000/kg)

Warp Tunnel Visualization

Quantum: 00:00:00

Cosmic: 00:00:00

CST: 00:00:00

UTC: 00:00:00

Stability: —

ETA: —

Progress: 0%

Straight vs Warp Arrival‑Time Demo

Blue arc ETA is used in the top viz; visual motion is time‑compressed so the dot is clearly moving.

Earth→Mars Time‑Shortening (Illustrative)

Hohmann ≈ 260 d; Fast transfer ≈150 d; CST warp‑geometry + aerobrake ≈120 d.

Ship Shield & Course‑Change Panel (Center‑Locked)

Small particles always reflect left/right off the shield. Big hazards: ship nudges up/down and fires a laser pulse that shrinks/clears the hazard, then re‑centers.

Logistics Sizing (Isp = 30,000 s)

Timeline of Scientific Lineage

Hero of Alexandria
Bending paths in water

Galileo
Arc descent intuition

Bernoulli
Brachistochrone→cycloid

Fermat
Least time → Snell

Euler
Variational calculus

Maupertuis
Least action

Hamilton
Hamiltonian mechanics

Casanova
Warp‑tunnel geometry

References (for typical values)

Standard Earth–Mars Hohmann and fast‑transfer analyses (Lambert problem).
Parker Solar Probe speed (~192 km/s) — context for extreme cruise speeds.
New Horizons launch speed (~16.26 km/s) — fast deep‑space chemical example.