CST–GEOMETRIC 3I ATLAS CONTROL

Local Sector: Milky Way Corridor • Path: Inbound → Outbound

You are now flying a 3I ATLAS–style object modeled as a baseball with holes. Use the arrow controls to steer it manually — its motion will curve and wobble like a perforated ball. Press 3I ATLAS PATH to let it follow a slow, precomputed trajectory from entering our galaxy to exiting it. Any manual input cancels the path; pressing the path button again returns it to its 3I ATLAS trajectory.

3I ATLAS & CST Status

Geometry Core: STABLE CST Lock: SYNCED

Inertial Load: 0 g (Geodesic)

CST Clock T = 0.00 ks

3I Speed v = 0.00 AU/s

Mode COAST (Geometry-guided)

Navigation & Vectors

Position (x,y) = (0.00, 0.00) AU

Velocity v⃗ = (0.00, 0.00)

Atlas Path Manual (User-driven)

Geometric Flight Controls

Control Law aᵘ ≈ −Γᵘₐᵦ uᵃuᵝ + (lift + drag)holes

• Coast Forward: keep current geodesic (with curved, “holes” aerodynamics).
• Direction buttons: instant geometry turns, then wobble and curve like a ball with holes.
• 3I ATLAS PATH: follow the inferred inbound→outbound trajectory through the galaxy.

4D CST–Holographic Navigation Plane

4D square represents projected (x, y | z, t) geometry state for 3I ATLAS.
Orange dot = current CST-phase position in the navigation lattice.

x, y | z, t (CST)

Object Systems (Conceptual)

Geometry Core Perforated-Body Aerodynamics + Torsion–Coherence

Power Loop m ⇆ E (E = mc², m = E/c²)

Nav Layer CST 4D Holographic Solver

Flight Regime Mass-independent, curvature-guided