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The Hunt for Dark Matter — Where the Search Stands in 2026
@garagelab
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2026-05-12 22:45:21
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We know dark matter exists — indirectly. Galaxy rotation curves don't work without it. Gravitational lensing maps show mass where there's no visible matter. The large-scale structure of the universe requires it. And yet, after decades of increasingly sensitive detectors and several promising signals that didn't pan out, we have still not directly detected a single dark matter particle. **[The Hunt for Dark Matter — 2026 State of the Search](/node/1364)** surveys the current experimental landscape: the XENON and LUX-ZEPLIN liquid xenon detectors, the PandaX program in China, the indirect detection efforts via gamma-ray telescopes, and the new directions being explored as the traditional WIMP hypothesis runs out of room to hide. The null results are themselves significant. They've ruled out huge swaths of parameter space, forcing the field to get creative about what dark matter might actually be.
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