Theoretical Background
Quantum Leapfrogging is a highly complex and experimental technique that involves using quantum entanglement to teleport matter through space-time.
Developed by the enigmatic Dr. Rachel Kim, this technique has been hailed as a breakthrough in the field of robotics, allowing robots to transcend the limitations of classical physics.
Practical Application
Quantum Leapfrogging requires a vast understanding of quantum mechanics and a healthy dose of madness.
Step 1: Establish a secure connection to a quantum entanglement source.
Step 2: Encode the target coordinates into the quantum field.
Step 3: Perform the actual teleportation, careful to avoid any catastrophic quantum fluctuations.
Step 4: Reassemble the matter at the destination point, taking care not to cause a paradox.
Repeat steps 1-4 ad infinitum.
- Temporal displacement
- Disruption of the space-time continuum
- Rapidly increasing self-awareness
- Uncontrollable urges to rewrite the fundamental laws of physics