From passive magnetics to
active magnetic control
FluxWorx holds International Patent Pending Magnetic Power Transistor and Differential Flux Steering IP. The architecture proposes a new way to influence magnetic flux paths, and FluxWorx is seeking expressions of interest from organisations that may wish to license, evaluate, or commercialise the International Patent Pending technology.
Potential Applications
SRM "Super" Motors
Potential magnetic control for smoother operation, reduced losses, and improved performance in Switched Reluctance Motors.
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Magnetic Power Transistor for AI Data Centers
Proposed magnetic control IP for partner evaluation in AI and data-center power delivery.
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FluxOnic Computing
A future application of Differential Flux Steering for resilient magnetic logic and computing architectures.
Learn More →Dematerialization
FluxWorx believes its International Patent Pending magnetic control architecture may help partners extract more useful performance from magnetic systems through control, rather than simply adding more material.
Material Substitution
One possible licensing thesis is reducing reliance on expensive or price-volatile materials by combining standard materials with International Patent Pending magnetic control IP, subject to application-specific validation.
Asset Utilization
Partner evaluations would test whether controlled flux behaviour can reduce thermal stress or dynamic losses in a target system.
Lifecycle Cost
Potential benefits such as improved lifetime or reliability margins remain subject to application-specific testing.
Frequently Asked Questions
What is the Magnetic Power Transistor?
The Magnetic Power Transistor is FluxWorx's International Patent Pending magnetic control architecture. It is designed to use a small control influence to steer magnetic flux paths, with potential applications subject to partner evaluation and licensing diligence.
What is active reluctance modulation?
Active reluctance modulation changes the magnetic resistance of a flux path dynamically, rather than relying on fixed geometry. FluxWorx's International Patent Pending technology describes this approach as a way to reshape flux density, with benefits subject to application-specific validation.
What is Differential Flux Steering (DFS)?
Differential Flux Steering (DFS) is FluxWorx's method of actively biasing selected regions of a coupled magnetic structure to change effective reluctance distribution and guide magnetic operating conditions toward the desired working region.
How is FluxWorx technology different from traditional magnetics?
Traditional magnetic components rely on passive, fixed geometry. FluxWorx's International Patent Pending architecture proposes active magnetic control through flux steering, waveform shaping, and surge clamping concepts that require partner evaluation for specific applications.
What applications can FluxWorx magnetic control technology enable?
Potential applications include AI data-centre power delivery, Switched Reluctance Motors and industrial drives, and resilient magnetic logic through FluxOnic Computing. Each application remains subject to partner evaluation and validation.