An integrated starter-generator (ISG) utilizes a dedicated, properly sized start box for the starting function, and a fully controllable hybrid homopolar machine with a generator control unit (GCU) for the generate function. The hybrid homopolar machine may comprise a permanent magnet (PM) section that is supplemented by a homopolar field section, which results in a regulated output voltage by either boosting or bucking the voltage out of the PM section vectorially through a common stator.

An integrated starter-generator (ISG) utilizes a dedicated, properly sized start box for the starting function, and a fully controllable hybrid homopolar machine with a generator control unit (GCU) for the generate function. The hybrid homopolar machine may comprise a permanent magnet (PM) section that is supplemented by a homopolar field section, which results in a regulated output voltage by either boosting or bucking the voltage out of the PM section vectorially through a common stator.

An anti-gravity field generator comprising, in its preferred form, a plurality of rotating spinners of at least one comprising radially arrayed conducting filaments between two concentric frames of magnetic spokes. The invention generates a harmonically pulsing magnetic field to achieve a resonant loading condition on the Higgs Quantum Field; this anti-gravity field's positronic oscillation achieves resonance with the Higgs Quantum field causing a spontaneous symmetry break with the Higgs Field, which reduces the mass of all the matter within the anti-gravity field.

An anti-gravity field generator comprising, in its preferred form, a plurality of rotating spinners of at least one comprising radially arrayed conducting filaments between two concentric frames of magnetic spokes. The invention generates a harmonically pulsing magnetic field to achieve a resonant loading condition on the Higgs Quantum Field; this anti-gravity field's positronic oscillation achieves resonance with the Higgs Quantum field causing a spontaneous symmetry break with the Higgs Field, which reduces the mass of all the matter within the anti-gravity field.

A motor-generator utilizes a multi-part rotor encircling a stator, the rotor including a plurality of rotor segments.

A motor-generator utilizes a multi-part rotor encircling a stator, the rotor including a plurality of rotor segments.

A dynamoelectric machine including stator layers spaced radially apart from one another, rotor layers provided between adjacent ones of the stator layers and rotatable through a fixed magnetic field generated by the stator layers, electrical connectors to electrically connect axial ends of adjacent ones of the rotor layers in series, parallel, or a combination of series and parallel, and at least one flux return mitigation assembly to interact with flux of the fixed magnetic field generated by the stator layers. A portion of one of the electrical connectors passes through an empty center portion of the at least one flux return mitigation assembly. The at least one flux return mitigation assembly includes magnetic structures extending between a gap between the stator layers that are spaced radially apart from one another.

A dynamoelectric machine including stator layers spaced radially apart from one another, rotor layers provided between adjacent ones of the stator layers and rotatable through a fixed magnetic field generated by the stator layers, electrical connectors to electrically connect axial ends of adjacent ones of the rotor layers in series, parallel, or a combination of series and parallel, and at least one flux return mitigation assembly to interact with flux of the fixed magnetic field generated by the stator layers. A portion of one of the electrical connectors passes through an empty center portion of the at least one flux return mitigation assembly. The at least one flux return mitigation assembly includes magnetic structures extending between a gap between the stator layers that are spaced radially apart from one another.