UNDERSTANDING THE THERMODYNAMIC PROPERTIES OF SUPERFLUID HELIUM FOR QUANTUM COMPUTING AND PARTICLE ACCELERATOR TECHNOLOGIES
Abstract
Superfluid helium exhibits unique thermodynamic properties, including zero viscosity, high thermal conductivity, and quantum mechanical phenomena, making it a promising candidate for applications in quantum computing and particle accelerator technologies. This paper explores the key thermodynamic features of superfluid helium, reviews recent literature, and highlights its role in advancing technological frontiers. Emphasis is placed on its thermal stability, cooling capabilities, and quantum coherence under extreme conditions.
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