What is it about?
Superconducting Magnets lay at the heart of MRI, NMR, Accelerators, Ion Propulsion and Fusion Reactors. What if we could circumvent this most sought after Component ? This Research Establishes a Principle relying on shear Fundamentals, throwing one back to the pioneering era where Confinement of Plasma were being explored and Cyclotrons, Synchrotrons were born.
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Why is it important?
We propose an innovative approach to particle resonance. This method utilizes alternating current (AC) driven electromagnets, effectively bypassing the need for superconducting permanent magnets traditionally used in particle accelerators. The essence of this technique lies in achieving complete resonance under carefully designed conditions. When resonance is attained, it ensures that the particles maintain a consistent trajectory with a fixed frequency, unaffected by variations in their speed or drift. This breakthrough reignites the quest for which successive Particle Accelerators were invented for.
Perspectives
I hope this Articles forms a new highway for the global race towards harnessing Sun's Energy on Earth, positioning us just one step away from harnessing Solar Plasma Energy which is self sustaining, green and massively powerful.
Devesh Bhosale
Stevens Institute of Technology
Read the Original
This page is a summary of: Classical charged particle resonance in induction field, Physics of Plasmas, June 2024, American Institute of Physics,
DOI: 10.1063/5.0206414.
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