US 2026/0004941 A1 · SYSTEMS, METHODS, AND APPLICATIONS OF INTERSTITIAL PSEUDO-MUON FUSION

Abstract

A method and apparatus for producing nuclear-fusion reactions through interstitial confining of pseudo-muons. The apparatus comprises a resonance chamber substantially surrounded by a neutron reflector. Installed therein the resonance chamber is a metal sphere, having thereabout the sphere one or more rare-earth barium copper oxide (REBCO) electron H−/D− guns disposed toward the resonance chamber, a target/cooling medium inlet and outlet for conveyance of energy, gas, or material to and from the sphere, and a high-pressure gas supply and vacuum pump substantially enveloping the sphere and chamber. By assembling the apparatus, fusion is accomplished using interstitial pseudo-muon fusion (IPMF) and the production of Molybdenum-99 as well as manufacturing of other materials and/or compounds and waste treatment processing using high-density neutron radiation from IPMF occurs.

Claims20

Dependent claims

An apparatus for a production of a fusion reaction comprising:

a resonance chamber having a center;
and
a neutron reflector substantially surrounding said resonance chamber and having installed therein a metal sphere at said center, having thereabout said metal sphere and said center at least:
a plurality of rare-earth barium copper oxide (REBCO) electron H−/D− guns disposed toward said resonance chamber;
an at least one cooling medium outlet away from said metal sphere;
an at least one cooling medium inlet for conveyance toward said metal sphere;
and
a high-pressure gas supply and a vacuum pump substantially enveloping at least said metal sphere and said resonance chamber;
wherein fusion is accomplished using an interstitial pseudo-muon fusion (IPMF) reaction therein said metal sphere.

6 more elements

A method for a production of a fusion reaction comprising:

providing an apparatus comprising:
a resonance chamber having a center;
a neutron reflector substantially surrounding said resonance chamber and having installed therein a metal sphere at said center, having thereabout said metal sphere and said center at least:
a plurality of rare-earth barium copper oxide (REBCO) electron H−/D− guns disposed toward said resonance chamber;
an at least one cooling medium outlet away from said metal sphere;
an at least one cooling medium inlet for conveyance toward said metal sphere;
a high-pressure gas supply and a vacuum pump substantially enveloping at least said metal sphere and said resonance chamber;
a polyhedron shield having a center mass, said center mass corresponding to said center;
a neutron-reflective polyhedron shield sharing said center mass and disposed therebetween said polyhedron shield and said center;
and
a plurality of apertures through said polyhedron shield and said neutron-reflective polyhedron shield, wherein each of said plurality of REBCO electron H−/D− guns are configured to protrude through some of said plurality of apertures and wherein said cooling medium inlet and said cooling medium outlet are configured through other of said plurality of apertures;
causing a convection circulation of a cooling medium into said cooling medium inlet and out of said cooling medium outlet;
alternating a charge between a positive charge and a negative charge at each of said neutron-reflective polyhedron and said resonance chamber;
firing a plurality of beams from said REBCO electron H−/D− guns toward said center;
and
initiating a fusion reaction via an interstitial pseudo-muon fusion (IPMF) reaction therein said metal sphere.

13 more elements

Dependencies are inferred from the claim text.

Systems, methods, and applications of interstitial pseudo-muon fusion

Life of this patent

Systems, methods, and applications of interstitial pseudo-muon fusion

Life of this patent

Abstract

Claims20