Gravitational-Wave Communication on a Chip
Gary Stephenson wants to test whether superconducting Josephson junctions etched onto a wafer can make gravitational waves carry signals where radio cannot: through rock, seawater, underground spaces, and other places…
FTL Quantum Communication: Rethinking the No-Communication Theorem
If quantum mechanics really allows nature to act at a distance, does that open a door to faster-than-light (FTL) communication—or is the door sealed by the famous “no-communication theorem”? A growing group of…
Wormhole Communication: A Spacetime Shortcut for Interstellar Messaging
What if messages could arrive in seconds from light years away, not by breaking the speed limit, but by taking a shorter road through space time? New wormhole models hint that tiny throats, fed by electrons and threaded…
Interstellar Wormhole Communication
Best-selling science fiction author Brandon Q. Morris discusses his recent article in The Debrief, "Tiny Wormholes May Be Usable For Interstellar Communication". The inspiration for Brandon's article came from a…
Gravitational Communication & The “Gravity Radio”
Dr. Raymond Chiao, a physicist specializing in quantum optics and gravitational radiation, discusses his groundbreaking research on using entangled electrons in YIG spheres to transmit and receive gravitational waves…