Quantum computing constantly pushes boundaries. Researchers now explore exotic paradigms. This includes engineering Wormhole Processors. These devices could emulate traversable wormholes. They promise secure, non-local quantum information transfer. This approach…
The quantum realm offers profound possibilities. Scientists are now engineering ultra-fast, tunable relativistic mirror arrays. These arrays promise to revolutionize quantum technologies. They deterministically generate entangled photons from the quantum…
Computation driven by spacetime itself is a revolutionary concept. This report explores Lense-Thirring gates. These nanoscale devices leverage frame-dragging, a general relativistic phenomenon. They promise inherently secure, ultra-low-power quantum computation.…
