SUBSYSTEM DESCRIPTION: T-TELEPORT

Subsystem ID: T-TLP-Ω-7713X

Category: High-Frequency Matter Transfer | Quantum Interference Subsystem

Access Level: ≥ CLASS-8 Clearance

Status: PROTOTYPE – experimental & restricted authorized

Primary Application Area:

🔹 1. System Components

Component Description
Q-Phase Emitter Generates phase-stable quantum entanglement in 6D spacetime.
Location Echo Stabilizer Prevents desynchronization of target and origin coordinates.
Body Matrix Sampler Reads atomic signature and neuronal coherence patterns.
Target Matrix Vectorer Calculates path along minimal action difference.
Entropy Compression Field Prevents biological phase-out during transfer.

🔹 2. Operating Modes

Mode Function
Snap-Mode Extremely short duration matter jump (<0.01 s)
Drift-Mode Latency-optimized energy transfer with high security
Ghost-Mode Shadow copy offset test without physical transfer

🔹 3. Power Consumption

⚠️ 4. WARNING / SAFETY INSTRUCTIONS

⚠️ T-TELEPORT SYSTEM ERROR LEVEL 7

Critical Note:

Due to unstable resonance phases and incomplete entropy anchoring, multiple cases of:

  • Partial Molecular Loss

  • Spontaneous Multicollapse Coupling (MCK)

  • Chronological Displacement (T++Δt)

  • Identity Duplication in Target Coordinates

have been documented.

Unauthorized activation leads to irreversible disembodyment
Only authorized operators (Rank: Psi-Permission) are allowed to initialize the system

User Note (Automatic Log Entry):
“WARNING: Test object 23-B manifested simultaneously in three target cells. All three instances show conflicting consciousness integrity.”
— Protocol Zeta-VI, Time Index 2443.7

🔹 5. Error Handling Protocols

Error Class Designation Immediate Action
T-E.001 Target collapse outside vector range Recall impulse to origin cell
T-E.072 Molecular noise >15% Object decoherence protocol (ODP)
T-E.1337 Time overlap System reset & Anti-Doppelganger Loop

🔹 6. Last Certification

🔹 7. Conclusion

The T-TELEPORT Subsystem represents a revolutionary but highly risky technology. Due to the extremely unstable nature of intermaterial paths, use in the open environment is only permissible with full risk awareness and redundant backup systems (at least 2x BioSign Recorder). Use with biological objects is only allowed for testing purposes – any deployment is potentially irreversible.

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AUTHOR:  THOMAS JAN POSCHADEL