5 results about "Magnetic monopole" patented technology

The invention discloses a phased array radar dimension reduction four-channel main lobe and side lobe interference resisting method, and relates to the technical field of signal processing, and the method comprises the steps: generating a virtual phase gradient field through dynamic topology regulation and control by employing the non-reciprocal electromagnetic characteristics of a magnetic monopole metamaterial, and executing the non-Abel quantum interference operation, multiple paths of virtual channel signals and quantum vacuum field component composite signals are generated; constructing interlayer entanglement parameters based on the multi-path virtual channel signals and the quantum vacuum field component composite signal, and reserving quantum superposition state characteristics with interference correlation through guidance of the interlayer entanglement parameters to generate a dimension reduction tensor; a curvature response geodesic projection operator is constructed in the hyperbolic Riemann space according to the dimensionality reduction tensor, main lobe strong interference and side lobe dispersion interference are separated through a local interference rejection field, and an interference component set is generated; according to the method, the inter-layer entanglement parameter is constructed and the dimension reduction tensor with the interference correlation maintaining capability is generated, so that synchronous identification and suppression of main lobe and side lobe interference are realized.

Described herein are systems and methods for assembling electron spin and charge to possess one or more properties of a magnetic monopole. Example systems can include a laser configured to generate a light beam with a first spin and / or a first orbital angular momentum, and a surface including a coupling structure having a geometrical charge. When exposed to the light beam, the surface is configured to enable excitations of surface plasmon polariton field waves at metal-dielectric interfaces of the coupling structure to generate a plasmonic field. The surface can be configured to focus the plasmonic field to form a plasmonic vortex, in which plasmonic spin-orbit coupling between a total spin and a total orbital angular momentum forms a topological spin texture that is homotopic to that of a magnetic monopole.

The present invention relates to a pseudo-magnetic monopole generator comprising a plurality of magnetic elements arranged to form a closed loop structure. Each of the magnetic elements is magnetized along the longitudinal direction thereof, and the magnetic elements are specifically arranged such that the magnetic moments thereof are aligned in a vortex-like direction. In the closed loop structure, a first pole of each magnetic element is exposed at an edge, while a second pole is shielded by an adjacent magnetic element, and the second pole is configured to face a central opening of the closed loop such that a polarized magnetic field having the same polarity as the second pole is emitted in both directions perpendicular to the plane of the closed loop structure through the central opening.

The application belongs to the technical field of heat engines, and provides an internal magnetic monopole thermodynamic device, which comprises a heating body, a rotor which is rotationally matched with the heating body, a working material formed on a working surface of the rotor, a heated end with a temperature difference formed by the working material passing through the heating body along with the rotation of the rotor, and a working body which is arranged in the rotor and separated from the heating body by the rotor, and a magnetic field action is formed between the working body and the rotor, wherein the working material is driven to rotate along the rotation direction under the magnetic field action based on the temperature difference, and a magnetic field blocking piece is configured to block the magnetic field action relative to the working body. The application can provide a thermomagnetic engine with more stable and reliable power output.

The invention discloses a quantum antigravity hovercar, and relates to the technical field of quantum antigravity and magnetic circuit structures, the quantum antigravity hovercar comprises a low-temperature superconducting assembly and a magnetic line generation system, the low-temperature superconducting assembly is made of a low-temperature superconducting atomic material, and the magnetic line generation system comprises at least one magnetic monopole coil block used for generating magnetic lines. The magnetic north pole of the magnetic single-pole coil block points to the low-temperature superconducting assembly, so that a magnetic line of force penetrates through the low-temperature superconducting assembly and then is guided to the magnetic south pole to form a closed magnetic circuit; according to the quantum anti-gravity hovercar, the magnetic circuit structure composed of the low-temperature superconducting assembly and the magnetic line generation system is arranged, magnetic lines penetrate through the superconducting assembly to excite an anti-gravity field opposite to the gravity direction, and therefore the hovercar can obtain suspension lift force without depending on an aerodynamic airfoil or a traditional propeller; the effects of breaking through a conventional aircraft design normal form and achieving mute vertical take-off and landing and hovering are achieved.