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This study identifies specific quantum materials capable of amplifying faint signals from extremely light dark matter, potentially surpassing current detector sensitivity by several orders of magnitude. By leveraging unique electronic excitations and directional sensitivity in materials like titanium diselenide and hole-doped diamond, researchers aim to distinguish these elusive interactions from background noise more effectively than previous designs.
New Quantum Materials Could Dramatically Boost the Search for Dark Matter
Insider Brief PRESS RELEASE — For decades, physicists have searched for dark matter, the invisible substance thought to make up roughly 85% of all matter in the universe. Although its gravitational influence shapes galaxies and the large-scale structure of the cosmos, dark matter has never been directly detected. Now, an international team has identified a […]
Researchers identified three quantum materials that could improve searches for extremely light dark matter by several orders of magnitude. Titanium diselenide, strontium ruthenate and hole-doped diamond host electronic excitations that could amplify the faint energy signals produced by dark matter interactions. T itanium diselenide and strontium ruthenate also offer directional sensitivity, which could help researchers distinguish dark matter signals from background noise. PRESS RELEASE — For…
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