James Woodward will discuss Mach’s Principle and his team’s Mach Effect Thruster experiments and Gary Stephenson will discuss superluminal quantum communication. We’ll be finishing off the event with an open discussion and ad hoc presentations by conference attendees! Dr. James Woodward will discuss The Mach Effect , which postulates that energy-storing ions experience transient mass fluctuations when accelerated. Unlike conventional technologies, drives based on the Mach Effect do not need to release matter in order to generate thrust. 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. Gary 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. Mark Sokol and Aidan Schaffer will discuss the latest updates and their continuing R&D efforts across a number of projects, including Alzofon NMR propulsion, and their efforts to replicate “Art’s Parts” UFO skin-sample using vacuum vapor-deposition techniques for thin-film metamaterial manufacturing. Mark will also discuss the status of their Podklenov Gravity Impulse Experiment using a custom-made acrylic vacuum chamber and Helmholtz coils, and Aidan’s replication attempt of a Manelles thermoelectric conversion device and a custom-made magnet conditioner to create scalar magnetic fields in a ferrite magnet. Conference guests interested in presenting experimental info to the group are invited to participate at this time, and our presenters will be available to take questions & discuss experiments.