(SCI FI) Fictional (?) - Time Machines
TM 55: Schematic and Functional Description
Rotational Rings Overview
Four concentric rings (designated as Ring 1, Ring 2, Ring 3, and Ring 4) are utilized, each filled with liquid mercury and rotating at 5,000 RPM. The rotational directions of these rings alternate to create a specific interaction pattern:
• Ring 1: Rotates counterclockwise.
• Ring 2: Rotates clockwise.
• Ring 3: Rotates clockwise.
• Ring 4: Rotates counterclockwise.
The central axis of these rings aligns perfectly in a square configuration, ensuring that their centers overlap during rotation. This precision is critical for system stability and operational functionality.
Ring Positioning
The vertical separation between the rings is carefully measured to ensure proper alignment and interaction:
• Ring 1: Positioned 1/16th of an inch above the base level.
• Ring 2: Positioned above Ring 1 with a separation of 1/6th of an inch.
• Ring 3: Positioned above Ring 2 with a separation of 1/6th of an inch.
• Ring 4: Positioned above Ring 3 with a separation of 1/6th of an inch.
Surrounding Structure
A thin ring of nonmagnetic carbon nanofiber encases Rings 1 through 4. This carbon nanofiber ring houses the four frequency pulse relays (designated as component Z). These relays play a vital role in regulating the system’s electromagnetic output and synchronization.
Base Components
The base of the system secures the following critical components:
1. Seven Western Standard Scale Frequency Generators (X): These generators provide the foundational frequency outputs necessary for operational stability.
2. Algorithmic Prime Generator (Y): This generator is configured to produce the mission jump frequency, which is pivotal for initiating the system’s primary functionality.
3. Four Matched Specific Mission Jump Frequency Generators (W): These generators are tuned to specific frequencies that align with the mission parameters, ensuring precise execution of the jump sequence.
Note
Refer to the accompanying schematic for visual representation and further clarification of component layout and ring alignment.