Joe Firmage will be discussing disentropy, potentum, F=MA and the light-speed limit, along with his plan for future space architecture, Shiva Meucci will be exploring how a fluid mechanics model of vacuum engineering influenced the German nuclear bomb program, and Mike Gamble will be discussing the “secret sauce” of electrical resonance underlying Nikola Tesla’s remarkable inventions. We’ll also be hearing updates from our lab partners and finishing off the event with an open discussion by conference attendees!

12:00pm PT – Joe Firmage – Disentropy, Potentum, F=MA and the Light-Speed Limit

Joe Firmage will be presenting a model for energy conservation and the second law in light of potentum and reciprofluxion. He argues that reciprofluxion machines (Disentropy Machines) do not violate conservation; rather, they re–source it by ordering the vacuum’s ambient energy–momentum density. He formalizes the role of a continuous rotor current |J| as the microscopic supply of impulse (F ∆t) and show how macroscopic F= M A emerges from the sum of |J| across the atom’s conjugating rotors. He then analyzes why the speed of light c appears as an absolute limit in conventional accelerators (“virtual proton tubes”), and why, under structurally ordered potentum, that limit is conditional—a property of disordered propagation rather than of physics per se. The program yields concrete tests and safeguards for causality.

1:00pm PT – Joe Firmage – Concrete Plan for the Platforms Architecture of the Real Space Age

Joe will present a detailed roadmap for the implementation of his extensive theoretical research in the form of workable technology solutions for propulsion, and provide a roadmap for the development of those technologies into commercial applications and eventually part of a new space ecosystem. His focus in this presentation is moving from fundamental theory to initial application, and then transforming those applications into commercial products for space applications.

2:00pm PT – Shiva Meucci – From Heisenberg to Bell: How Vacuum Engineering Became Nuclear Secrecy

Dig into the history of Heisenberg as the leader of the German nuclear bomb program and you find out his doctorate was fluid mechanics and his writings of the period were solely about altering the vacuum, yet everyone cites him at the heart of quantum vagueness. We’re told Bell inequalities prove the universe is unknowable but any read of any of Bell’s papers reveals a determinist solely inspired by Bohm. Finally, Aug 1st 2025, Zeilinger, one of the 2022 Nobel prize winners associated with proving spooky action, publishes a paper that utterly destroys it.

We’ll go over a timeline of events which show that the ’33 Vergiate crash recovery, the ’52 UAP flap, can all be traced to a giant leap of aether physics that is immediately made disinformation target #1. Finally, we’ll put a finger right on the purposeful derailing of the Bohmian revolution circa 1975 by known CIA agents and known nuclear weapons scientists.

3:00pm PT – Mike Gamble – Nikola Tesla’s Electrical Resonance

In this presentation, Mike Gamble will be taking a very detailed look into “Tesla’s Electrical Resonance”; it’s the “Secret Sauce” that makes his resonant motor work! Over the past few years of presenting my Tesla’s Electric Car Motor research I have recieved many questions about “Tesla’s Electrical Resonance”. Sad to say there is very little written about it in present day textbooks! (History, Theory, Demos).

4:00pm PT – Lab Partners – Experimental Research Updates

Learn about hands-on engineering & technical research on advanced propulsion experiments by our lab partners. Mark Sokol will provide updates on Dynamic Nuclear Polarization research & testing; Drew Aurigema will provide updates on his electrostatic propulsion device, and Curtis Horn describes the latest research for Dr. James Woodward’s MEGA-Drive team.

5:00pm PT – Open Discussion & Ad-Hoc Presentations

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.