![]() ![]() Quantum states of soundĭr Michael Vanner and his team will synthesise ‘quantum states of sound’ to help tackle fundamental questions about the universe, such as why we don’t see quantum behaviour in the everyday world, why quantum states are so fragile, and whether gravity plays any role in the boundary between the ‘classical’ world we experience and the strange ‘fuzzy’ world of quantum physics that typically dominates at the microscale. The rapid realisation of this in the quantum domain aligns with Imperial’s ambitions and strengths. “The programme itself illustrates the important symbiosis of science and application: new discovery leads to new technologies, and new technologies enable new discovery. Imperial’s Provost, Professor Ian Walmsley, said: "The success of my colleagues in the Quantum Technologies for Fundamental Physics programme is a testament to the remarkable capability Imperial has in quantum science and technology. The grants encourage high-risk discovery and aim to demonstrate how quantum tech can solve long-standing questions in fundamental physics. The success of my colleagues is a testament to the remarkable capability Imperial has in quantum science and technology. The programme receives joint funding from the Science and Technology Facilities Council (STFC) and the Engineering and Physical Sciences Research Council (EPSRC). ![]() Imperial physicists have been awarded five of 17 new grants for quantum technology projects funded by UKRI’s Quantum Technologies for Fundamental Physics programme, from a total pot of £6m. New funding for quantum science will support researchers exploring dark energy and dark matter, quantum states of sound, and the Universe’s constants. ![]()
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