Time Machines
TM 218
The craft operates through a central magnetic array capable of spinning either clockwise or counterclockwise, generating a memetic electromagnetic field across four primary chambers. This field acts as the foundation for the craft’s dimensional and spatial manipulation systems.
Hydrogen collection begins through the use of magnetic pulse projection. These pulses are generated by four propulsion units, each containing three counter-rotating electromagnetic disks housed within rotating chambers. The rotating disk assemblies project amplified magnetic fields outward into surrounding space, effectively drawing in and collecting hydrogen particles.
Once collected, the hydrogen is transferred into a separation system where its electrons are isolated from the atomic structure. These free electrons are then directed into a fractal resonance chamber. Inside this chamber, the electrons are synchronized into lattice-like resonant formations before being injected into the four electromagnetic field chambers surrounding the central magnetic array.
The interaction between these energized electron lattices, the plasma fields, and the rotating magnetic systems creates a toroidal containment effect around the craft. This toroidal field reacts directly with the central magnetic array and with two additional outer chambers positioned around the array. One of these chambers contains rotating mercury, while the other contains counter-rotating silicon ferrofluid. The combined interaction of plasma, magnetic resonance, mercury rotation, and ferrofluid counter-rotation produces a stabilized “nest” or isolated spatial envelope around the vehicle.
This envelope allows the craft to move independently from conventional surrounding space, enabling controlled traversal through both space and consequentially time and dimensional states.
Regulation of the entire system is maintained by neuromorphic quantum processors. These processors continuously manage the rotational velocities of the magnetic array, the electromagnetic disks, and the magnetic fluids while simultaneously calculating the algorithms necessary for spatial and dimensional navigation. The synchronization between these systems is critical to maintaining field stability and directional control during operation.
Power for the craft is supplied through multiple integrated systems. Two large solar panel arrays capture stellar radiation and provide supplemental energy to the central magnetic array and fluid circulation systems. Additional primary power is generated through a classified biomass energy source located in the lower section of the craft. This biomass system distributes energy to the magnetic array, solar systems, propulsion infrastructure, and onboard life-support mechanisms.
A secondary classified biomass system is dedicated specifically to pilot sustainability and mission endurance. Through a brain-interface process, this system transmits vital operational and biological information directly to the pilot, assisting in maintaining life support stability and physiological synchronization during extended missions and dimensional travel operations.