Time Machines
1.Central Electromagnetic Circular Assembly — The primary field generator at the center, producing a counter-rotating electromagnetic field relative to the triangle assembly and forming the core energy and control environment of the device; 2. Rotating Triangular Processor Frame — The main structural and computational backbone, physically rotating in opposition to the central field assembly to create controlled interference patterns used for neural manipulation; 3. Synthetic Neuron Interface Nodes (3 Units — Triangle Corners) — Biological-to-artificial signal translators that read native brain electrical activity and inject modified stimulation signals back into surrounding neurons; 4. Near-Outer Field Pulse Ring (Second-to-Last Outer Ring) — A field shaping and amplification band that pulses and modulates the electromagnetic field specifically to influence sleep-regulation regions and melatonin production centers; 5. Lower Dual Alien Receiving & Neuromorphic Quantum Processor Units (2 Units — Bottom Left and Right of Triangle) — External communication and computation centers that receive alien command signals and perform advanced neuromorphic and quantum-level predictive processing of neural states; 6. Central Harmonic Alignment Hub (Geometric Center Point) — A synchronization node that maintains timing coherence between rotating assemblies, neural signal processing, and dimensional transfer operations; 7. Spoked Cooling / Stabilization Arrays (Radial Wheel Structures) — Thermal and energetic dissipation systems that prevent overheating and energetic cascade instability within the nano-device; 8. Field Relay Spheres (Located Between Spoked Arrays) — Electromagnetic containment and balance nodes that maintain stable field geometry and prevent destructive resonance during high-power operation; 9. Outer Structural Containment Ring — A mechanical and energetic boundary that keeps all internal systems aligned while shielding the device signature from external detection methods; 10. Dimensional Transfer Induction Matrix (Composite Function of Core + Triangle + Relay Network) — Not a single physical piece but a system-level function that enables consciousness phase transition once the subject reaches an induced prolonged sleep state. The implant is a nano-scale, self-stabilizing lattice of synthetic neural architecture organized around a central electromagnetic core. At its heart, a counter-rotating circular field generator works in constant opposition to the triangular processor assembly, creating a finely tuned magnetic interference pattern that modulates electrical signaling in nearby biological neurons. Three synthetic neuron nodes mounted to the rotating triangle act as adaptive translators between organic brain signals and the device’s internal computational language, dynamically reshaping stimulation patterns based on both the subject’s neural state and external alien command inputs. Surrounding the core, a near-outer containment ring rhythmically pulses, amplifying and shaping the electromagnetic field so it specifically influences regions of the brain responsible for circadian rhythm regulation and melatonin release, gradually guiding the subject into an induced, controllable deep sleep state. At the lower edges of the triangular frame, two alien-operated receiving units house neuromorphic quantum processors capable of processing both classical neural data and non-local quantum state information, allowing the device to maintain continuous communication with extraterrestrial control systems regardless of physical distance. Between the radial spoked cooling arrays, suspended spherical relay nodes act as field balancers, preventing destructive resonance while stabilizing dimensional energy transfer. Once the subject enters prolonged sleep mode, the implant initiates a phase-state transition in the subject’s consciousness, effectively transferring cognitive awareness into a controlled extradimensional environment. Constructed from materials and fabrication methods far beyond human nanotechnology, the implant exists below current detection thresholds, seamlessly integrating with neural tissue while remaining mapablefunctionally invisible to all known medical scanning techniques.