AM: You’ve said that monatomic elements can be used in connection with space travel. Can you explain a bit more about that, and about how research in that area is progressing?
LG: Monatomic transition-group elements were classified some time ago as "exotic matter" because they have a negative energy density and the ability to manipulate space-time. Physicists now say that exotic matter is the key to travelling enormous distances—seemingly faster than the speed of light, but with an acceleration rate of zero. They are looking at the concept of moving the space instead of the spacecraft—that is to say, contracting space-time in front of the ship, with a commensurate expansion of the space-time behind it. NASA’s Breakthrough Propulsion Physics Project is leading the research in this regard. We also have the aircraft industry investigating the concept of antigravity flight. Monatomic elements are operative high-temperature superconductors, and superconductors will levitate. They have a null magnetic field and will repel external magnetic fields. The Center for Advanced Study in Illinois has classified superconductivity as "the most remarkable physical property in the universe".
So, as the UK Ministry of Defence has stated, "Anti-gravity propulsion is now coming out of the closet". In this arena, Boeing is working on Project Grasp at its top-secret Phantom Works in Seattle, and British Aerospace has its parallel Project Greenglow. There is also a new UK–US joint venture called Project Falcon. Back in August [2003], British Aerospace and Boeing met at the Pentagon to talk about their plan for a 6,000-miles-per-hour aircraft—that’s around five times the speed of the now redundant Concorde.
AM: You have also mentioned the prospect of teleporting matter from one place to another.
LG: Yes; nanophysics and monatomic sciences are now leading us into some astonishing new realms. NASA and the Ohio Aerospace Institute are talking about teleportation as if it’s just around the corner. By the use of coupled quantum systems, they’ll soon be able to teleport matter instead of moving it physically. "By this means," they say, "even people could be transported by sending enough classical information."
So, by the time we get round to the kind of high-speed antigravity aircraft they think they can produce, we might not even need aircraft! In fact, they say that a digital cloning process is also possible—meaning that we could actually be in more than one place at the same time!
https://www.bibliotecapleyades.net/ciencia/esp_ciencia_oro0.htm