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Gary Stephenson - Superluminal Quantum Communication
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Is faster-than-light communication possible? Gary Stephenson discusses quantum entanglement, quantum signaling, and emerging research in superluminal quantum communications.
Conventional science calls faster-than-light communication impossible, but in this presentation, Gary will address the "No Communication Theorem", "No Teleportation Theorem", and "No Cloning Theorem" and explore possible methods to circumvent the limits of the speed of light to facilitate the development of superluminal quantum communication technology.
He will discuss the Canary Island Long Range Quantum State Teleportation experiment, Quantum Spin Liquids in Herbertsmithite, and Entangled Photons in Orbital Angular Momentum (OAM) Twisted Beams, as well as providing detailed references to supporting experimental papers.
Gary Stephenson, an aerospace systems engineer with wide-ranging industry experience at organizations including NASA, United Technologies, Linquest, Boeing, ITT, and Hughes Aircraft Company.
Gary has had a deep interest in emerging physics and advanced propulsion for decades, and has published numerous scientific articles on various topics, especially the detection, generation and applications of High-Frequency Gravitational Waves.
Conventional science calls faster-than-light communication impossible, but in this presentation, Gary will address the "No Communication Theorem", "No Teleportation Theorem", and "No Cloning Theorem" and explore possible methods to circumvent the limits of the speed of light to facilitate the development of superluminal quantum communication technology.
He will discuss the Canary Island Long Range Quantum State Teleportation experiment, Quantum Spin Liquids in Herbertsmithite, and Entangled Photons in Orbital Angular Momentum (OAM) Twisted Beams, as well as providing detailed references to supporting experimental papers.
Gary Stephenson, an aerospace systems engineer with wide-ranging industry experience at organizations including NASA, United Technologies, Linquest, Boeing, ITT, and Hughes Aircraft Company.
Gary has had a deep interest in emerging physics and advanced propulsion for decades, and has published numerous scientific articles on various topics, especially the detection, generation and applications of High-Frequency Gravitational Waves.
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