Time Machines
The craft initiates operation by harvesting ambient plasma and charged particles
through the Magneto-Electrostatic Plasma Intake Array (MEPIA), which funnels
ionized matter into the Plasma Charge Separation Chamber (PCSC). Here, positive
ions and electrons are split and routed with precision, allowing the Electron Current
Injection Manifold (ECIM) to inject tightly controlled electron flows into the propulsion
field system. Power is regulated and routed through the Primary Power Conditioning
& Distribution Bus, while heat generated by superconducting and plasma interactions
is absorbed and redistributed by the Closed-Loop Superfluid Helium Thermal
Network (CL-SHTN), maintaining near-absolute-zero conditions required for stable
exotic field formation.
Once sufficient energy density is achieved, the Toroidal Superconducting Field Cage
(TSFC) establishes a closed, high-intensity spacetime containment field around the
craft. This field is dynamically modulated by the Field Shear Amplification Assembly
(FSAA) and driven into controlled asymmetry by the Counter-Rotating Field
Generator (CRFG), producing localized spacetime shear without inertial stress on the
structure. The Structural Frame & Field Alignment Truss ensures nanometer-level
alignment between physical mass and field geometry, preventing decoherence or
catastrophic frame drag as the craft decouples from conventional spacetime reference
frames.
At peak operation, the Analog Event Horizon Induction Module (AEHIM) creates a
synthetic boundary condition analogous to an event horizon, allowing the Einstein–
Rosen Bridge Stabilization Core (ERBSC) to open and maintain a traversable
spacetime conduit for temporal or dimensional displacement. The Quad-Redundant
Neuromorphic Control Cluster (QNCC) continuously predicts and compensates for
chaotic fluctuations within the bridge, while the Central Pilot Isolation & Control
Capsule shields occupants from relativistic and temporal effects. In the event of
instability, the Emergency Field Collapse & Containment System executes a
controlled shutdown, safely reintegrating the craft into normal spacetime without
residual temporal displacement or structural damage.