Salvatore Cezar Pais

Affiliations

• Department of the Navy, NAVAIR/NAWCAD, NAS Patuxent River — affiliation stated in the 2015 journal article

Identifiers

Channels

• orcid · 0000-0001-7821-9115
• other
• journal
• other
• other · A5050985212

Bibliography

A bibliography listing does not establish authorship. Credits appear under attribution.

Published bibliography entries: 5. Showing 1–5 of 5.

0. Listed work

   patent · 2018

   Craft using an inertial mass reduction device

   1. Salvatore Cezar Pais(Author)

   Pais’s 2018 patent proposes a craft whose outer wall and electrically insulated inner wall form a resonant cavity surrounding its compartments. Microwave emitters would drive accelerated vibration of the charged outer wall, intended to alter the nearby vacuum and reduce inertia, the resistance to acceleration. The description specifies emitters spanning 300 MHz to 300 GHz and allows noble gas, such as xenon, inside the cavity. It also proposes a rotating forward section and electromagnetic shielding around occupants and equipment. In the second layout, selectively vibrating different parts of the surrounding cavity is intended to steer the craft. The four claims cover the cavity-and-emitter arrangement, noble gas, outer-wall charge and accelerated axial rotation; the proposed vacuum response is the mechanism on which the design depends.

1. Listed work

   patent · 2019

   High frequency gravitational wave generator

   1. Salvatore Cezar Pais(Author)

   Salvatore Cezar Pais’s patent proposes a gravitational-wave generator built around a gas-filled shell and two internal acoustic resonators. Microwaves vibrate the charged outer shell, while sound drives charged cavity surfaces to produce a second electromagnetic field. The proposed conversion mechanism invokes the Gertsenshtein effect, with one electromagnetic field propagating through another. Counter-rotating cavities provide mechanical stability; the claims specify inert gas and asymmetric wedge-shaped resonators. The description predicts gravitational-wave power around 10¹⁰ watts using an assumed electromagnetic flux around 10³³ watts per square metre and magnetic fields around 10¹⁰ tesla. Its proposed room-temperature superconducting wiring uses a metal-coated insulating core exposed to abrupt electromagnetic pulses, making the wiring treatment another substantive part of the device concept.

2. Listed work

   patent · 2018

   Electromagnetic field generator and method to generate an electromagnetic field

   1. Salvatore Pais(Author)

   Salvatore Pais’s patent proposes an electromagnetic-field generator combining a charged shell, an electrostatic generator, a thermal power source, electrical conversion and a motor. Spherical, hemispherical and disc variants incorporate polarized lead zirconate titanate ceramics to drive shell vibration alongside rotation. The description requires separating those vibrations from structural resonances that could damage the assembly. Its power chain converts supplied heat into electricity, with nuclear and gas-turbine options discussed for different installations. The quoted field intensities of 10²⁴–10²⁸ watts per square metre are predictions based on coupled charged-shell rotation and vibration, rather than reported measurements. Additional arrangements include auxiliary propulsion and counter-rotating hemispheres, distinguishing the field-generator concept from the separate systems needed to position or stabilize it.

3. Listed work

   patent · 2019

   Piezoelectricity-induced High Temperature Superconductor

   1. Salvatore Cezar Pais(Author)

   Salvatore Cezar Pais’s patent application proposes inducing superconductivity near 300 kelvin and above in a composite wire by combining pulsed current with abrupt vibration. The wire has an insulating core and a coating; the preferred piezoelectric version uses lead zirconate titanate that is polarized after deposition. The proposed supercurrent follows the coating–insulator interface, while an optional surrounding coil supplies an additional time-varying magnetic drive. The description organizes its argument around magnetic-field expulsion, zero resistance and macroscopic coherence, and notes that electromagnetic plucking may fail the Meissner-effect criterion. It cites light-driven fullerene research as support for nonequilibrium excitation, while distinguishing that material from its coated wire; the cited experiment therefore remains a separate material system.

4. Listed work

   patent · 2019

   Plasma Compression Fusion Device

   1. Salvatore Pais(Author)

   Salvatore Pais’s patent application proposes a plasma-compression fusion device with opposing counter-spinning fusors inside an evacuated hollow duct. Their electrically charged outer surfaces and gas-feed openings are intended to concentrate electromagnetic fields around a plasma core, with deuterium identified as a preferred gas. The description assigns compression to concentrated magnetic flux, heating to electromagnetic radiation, and confinement to the generated magnetic fields. Its field-generation argument relies on accelerated rotation or vibration, including rapid changes of motion. The stated gigawatt-to-terawatt output and kilowatt-to-megawatt input are design predictions, not reported reactor measurements. Proposed energy-extraction routes include conformal heat exchangers and direct conversion of charged fusion products, tying the power concept to fuel and apparatus choices.