Time Machines
This craft is a self-contained, closed-loop temporal propulsion system built around a central
magnetohydrodynamic plasma generator, where ionized matter is accelerated and sculpted by layered electromagnetic fields. Within the inner architecture, high-energy plasma is separated into charged components by precision magnetic coils, and the extracted electrons are routed into a fractal resonance chamber that converts them into quantized algorithmic packets. These packets are injected into synchronized electromagnets that generate rotational torque, driving counterrotating electromagnetic disks. The interaction of these disks produces an artificial event horizon, forming a stabilized Einstein–Rosen bridge that allows the craft to transition across spacetime. Power is distributed through redundant energy packs and reserve systems, ensuring continuous field stability, rotational coherence, and sustained plasma containment during temporal displacement. At the core of navigation lies a neuromorphic quantum computing system that generates and regulates the complex algorithms required for precise temporal targeting. These quantum processors synchronize all resonance and electromagnetic processes, continuously adjusting field geometry and packet flow to maintain bridge stability and temporal accuracy. The outer ring stations rotate in perfect phase alignment with the inner electromagnets, forming a dynamic containment shell that balances structural forces and spacetime stress gradients. The pilot chamber, designed for non-human biologic operation, sits within the gravitational null center of
the craft, shielded from inertial and temporal shear. Together, these systems create a seamless fusion of plasma physics, quantum computation, and spacetime engineering, enabling controlled navigation through time itself.