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Unraveling Quantum Vortex Interaction in Superfluid Helium

We see quantum mechanics and computing as a major long-term growth area for helium demand. A recent study led by Osaka Metropolitan University has made significant progress in unravelling the enigma surrounding the interaction between a quantised vortex and a normal-fluid in superfluid helium. By conducting numerical investigations and utilising advanced visualisation experiments, the research team identified the most consistent theoretical model to explain this intricate phenomenon. Their findings shed light on the dynamics of superfluid helium and provide valuable insights into quantum mechanical effects. The breakthrough offers a deeper understanding of the fundamental behaviour of superfluids and contributes to the field of quantum mechanics.

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UK Develops World's Coldest Quantum Detectors

A team of researchers from several UK universities, including Lancaster University, University of Oxford, Royal Holloway, and the University of London, have created the world's coldest quantum detecto


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