Gary Stephenson will discuss AI analysis of the Majestic 12 SOM1-01 document, Nathan Inan discusses gravito-electromagnetic effects in superconductor experiments, Jason Cassibry on dielectrophoresis as a means for artificial gravity, and Jack Al-Kahwati will discuss the StarDrive Device. We’ll also be hearing updates from our lab partners and finishing off the event with an open discussion by conference attendees! Gary Stephenson and the Scientific Coalition for UAP Studies were provided with a copy of the purported Majestic 12 SOM1-01 document, titled, “Extraterrestrial Entities & Technology: Recovery & Disposal”. This document contains geographical references to various military facilities where it is claimed various organic & technological components are sent for storage & analysis. With the help of artificial intelligence software, Gary will describe how he has connected obscure location identifiers to actual military facilities where purported UFO artifacts may be stored. In a previous talk, it was shown that a superconductor can expel gravito-electromagnetic fields just as it expels electromagnetic fields in the Meissner effect. In this talk, the formulation is extended to the concept of a gravitational flux quantum (fluxoid) in the body of a superconductor. An experiment involving a low earth orbit (LEO) satellite is proposed for measuring this novel gravitational effect. The quantized supercurrent in a superconducting ring is also derived. An experiment involving a rotating massive cylinder is proposed for predicting a “motional gravitational emf” and a “transformer gravitational emf.” Lastly, the formulation is used to predict a gravitational Hall effect and a gravitational “jumping ring” effect. Dr. Jason Cassibry is a professor in the Department of Mechanical and Aerospace Engineering and affiliated with the Propulsion Research Center at the University of Alabama in Huntsville, and will be providing an overview of his team’s lab at UNH work with high voltage dielectrophoresis, which is being studied for in-space applications like artificial gravity for crewed missions. His team is already capable of generating 1/3 of Earth’s gravity on objects like wood, glass, plastic, and marble, and hopes to approach 1g as they continue to refine their equipment & methodology. Mach 25+ Launches: superconducting accelerator capable of Mach 25+ earth-to-orbit payload launches, developed in partnership with Longshot Space and other key technology providers to move this concept from TRL4 to TRL6. Jack will discuss his work on electro-scalar wave simulations, the use of REBCO coils for efficient orbital exits, and how this technology is hoped to facilitate affordable, frequent launches and and inspire pioneering new propulsion systems. Learn about hands-on engineering & technical research on advanced propulsion experiments by our lab partners. Mark Sokol & the Falcon Space team will describe recent work on NMR / EPR gravity-modification experiments, Jarod Yates & Charles Crawford will provide updates on the Graviflyer, Bryan St. Clair will discuss research being done into new inertial propulsion experiments, and other labs are anticipated to share updates as well during this time. 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.