For the most recent updates about the XENON collaboration follow us on twitter.
Very excited to have a new meeting @univaq https://t.co/tel5hawKFv
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Happy New Year! Now that 2022 is over, it is natural to look back at our main science achievements this past year. In April, the manuscript describing the krypton distillation column for XENON1T, also applied to remove 37-Ar, was published in PTEP 2022. 1/
Read More🎅🏻🎄✨ Our Christmas present for you all this year is the new XENON website! Check it out and let us know what you think. Merry Christmas! #Christmas2022
Read MoreWe have expanded the #XENON1T nuclear recoil searches to include a Chiral Effective Field Theory and an inelastic dark matter model. We present 90% upper limits for each model in our paper found on @arxiv! https://t.co/MymxaOPMHl
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Our new paper presents a public approximate likelihood for the #XENON1T nuclear recoil search. With the public code you can recast the XENON1T limit for the recoil spectrum of your choice! paper: code: https://t.co/M65YNbrDSJ https://t.co/bzgH5dyIcn
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"Reporting what @StartsWithABang called one of the best “null result” in history, XENON shows that a tantalizing signal reported in 2020 was due to background noise rather than new physics." Our PRL paper featured by @PhysicsMagazine
Read MoreNow published in @PhysRevC! We use the XENON1T dark matter detector to look for super-rare radioactive decays of xenon isotopes. These are called two-neutrino double-electron capture and neutrinoless double beta decay. (1/7). https://t.co/1fgT4HDDiE
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RT @higgsinocat: Fresh off the press from @XENONexperiment: with twice the exposure and 1/5th the background rate, 124Xe at 64 keV stands o…
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#paperday! First results from #XENONnT on @arxiv. With an unprecedentedly low bkg, we are able to exclude that the excess in electronic recoil events seen in 2020 is due to beyond-the-SM physics. 📄 🎥https://t.co/CrPfe3iNI4 👕 https://t.co/kEqqn0NAlw
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