US Navy Regards Electromagnetic Propulsion and Tesla Shield Patents as Operable

By Dr. Michael Salla


US Navy Regards Electromagnetic Propulsion
and Tesla Shield Patents as Operable
The US Navy has for the second time in a year intervened to support a patent application for an exotic propulsion system technology lodged by one of its employees, Dr. Salvator Pais, which had been rejected by the US Patent and Trademark Office. The Drive’s Brett Tingley comprehensively examines many details of Dr. Pais’ proposed invention, and why the Navy has intervened to support two of his applications.

The first time the Navy intervened concerned Dr. Pais’ patent application for a “Hybrid Aerospace-Underwater Craft” (HUAC), which would generate a quantum vacuum (electromagnetic bubble) around the craft enabling it to move through air and water at tremendous velocities. Here’s how Tingley summarized the HUAC’s capabilities:

In the Navy’s patent application for the HUAC, it’s claimed that the radical abilities of propulsion and maneuverability are made possible thanks to an incredibly powerful electromagnetic field that essentially creates a quantum vacuum around itself that allows it to ignore aerodynamic or hydrodynamic forces and remove its own inertial mass from the equation. Thus, the ability to generate such high-frequency electromagnetic waves is key to the alleged abilities of this theoretical hybrid craft that can soar near effortlessly through air and water at incredible speeds with little to no resistance or inertia.

The HUAC application was rejected on November 28, 2017 until the Navy’s Chief Technical Officer of the Naval Aviation Enterprise, James Sheehy, intervened on behalf of Dr. Pais, which I discussed in a previous article. The patent was eventually granted a year later on 12/4/2018.

However, another of Pais revolutionary patent applications, for a “Piezoelectricity-induced Room Temperature Superconductor” was also initially rejected by the patent examiner as explained by Tingley:

Nevertheless, Pais’ room temperature superconductor patent was rejected under 35 U.S.C. 101 because the examiner determined “the disclosed invention is inoperative and therefore lacks utility” and that “no assertions of room-temperature superconductivity have currently been recognized or verified by the scientific community.”. That code states that patents will be granted only for “any new and useful process, machine, manufacture, or composition of matter, or any new and useful improvement thereof.”

According to the Manual of Patent Examining Procedure (MPEP) code 2164.07, patents are rejected on these grounds in cases “when the examiner concludes that an application claims an invention that is non-useful, inoperative, or contradicts known scientific principles.”

Once again, Dr. Sheehy intervened and on 11/27/2018 wrote a letter to the patent examiner where he stated:

I am familiar with the above referenced patent application (and related amendment), as well as the development, usage and properties of the piezoelectricity-induced room temperature superconductor. That as a result of my education and career, I am regarded as a subject matter expert and can be considered “a person of ordinary skill in the art” in the subject matter of the above patent application.

That the invention described in the above referenced patent application is operable and enabled via the physics described in the patent application and the peered reviewed paper described in the Inventor Amendment.

A slide from Pais’ 2019 presentation “Room Temperature Superconducting
System for use on a Hybrid Aerospace-Undersea Craft.” Source: Brett Tingley
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