MicroBooNE
@Microboone
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precision neutrino physics now and for the future
Fermi National Accelerator Lab
Joined June 2014
A great video from one of our collaborators, Kirsty Duffy, explaining our new sterile neutrino result.
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Our measurements of mesonless CC νμ interactions with final-state protons have been published in Physical Review D. This is the dominant topology for the Short-Baseline Program, hence the importance of these results for informing interaction models. https://t.co/KUxvgg46Dg
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Some great images from our science colloquium yesterday.
#ICYMI: Scientists on the MicroBooNE experiment further ruled out the possibility of one sterile neutrino as an explanation for results from previous experiments. Congratulations to the @Microboone collaboration on this exciting result! https://t.co/AHAUSfk5xe
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New MicroBooNE result in Nature! We exclude, at 95% CL, the 3+1 explanation of the LSND and MiniBooNE anomalies, as well as regions allowed by the gallium and Neutrino-4 anomalies. https://t.co/gmd0crJIUu
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Ten years ago, the first neutrinos interacted in the liquid argon of the MicroBooNE particle detector at Fermilab, marking a turning point for the lab’s neutrino research program.
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Exciting news! Tomorrow, we will be releasing new results! Join our seminar on the Fermilab YouTube channel at 3:30 pm Central Time, Wednesday 3rd December.
microboone.fnal.gov
Join the MicroBooNE collaboration as it releases new results on December 3rd at 3:30 PM Central Time! The seminar will be streamed live on the Fermilab YouTube channel beginning at 3:30 pm CT: ...
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Another new MicroBooNE paper! New measurements of electron-neutrino interactions on argon that produce protons, as functions of electron energy, visible energy and electron-proton opening angle. https://t.co/RB8iz8ilrz
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Now published in Physics Letters B! Our triple differential measurement of muon neutrino cross sections on argon. It’s really important to characterise interactions across a range of variables to get the full picture of the complex physics.
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Published today in @PhysRevD! Our new search for neutral current Δ radiative single-photon production.
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What a great day we had yesterday celebrating our 10th anniversary!
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We’re being hosted by @illinoistech this week for our annual analysis retreat. A great opportunity for our whole collaboration to spend time working together, developing new ideas and making progress on upcoming measurements. Watch this space for new papers!
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Next week, it’s MicroBooNE’s 10th birthday! A decade of scientific discovery, over 80 papers and 70 students graduated, and we’re still as strong as ever. Look out for our celebrations on Friday 17th October!
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A nice article on our recent search for an excess of pionless charged-current electron-neutrino interactions.
phys.org
A recent Physical Review Letters publication presents a thorough analysis of MicroBooNE detector data, investigating the anomalous surplus of neutrino-like events detected by the preceding MiniBooNE...
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Last week we were hosted by @OxfordPhysics for our September collaboration meeting. We had a great week, discussing and developing our many upcoming physics measurements.
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We’ve released a new paper! Measurements of charged-current muon-neutrino interactions on argon with a final-state charged pion. Modelling of pion production will be particularly important for upcoming experiments like @DUNEScience. https://t.co/evUsk94Q60
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The MicroBooNE experiment's five-year dataset has shown that an unpredicted neutrino-flavor oscillation is not the cause of the low-energy excess seen by its predecessor, MiniBooNE. Letter: https://t.co/1uejUyP6UP
#OpenAccess PhysMag:
physics.aps.org
The MicroBooNE experiment’s five-year dataset has shown that an unpredicted neutrino-flavor oscillation is not the cause of anomalous results obtained by its predecessor.
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Our new charged-pion measurement has made it onto the cover of this issue of PRL! Showing a beautiful charged-current electron-neutrino interaction in MicroBooNE.
journals.aps.org
Event display of a candidate electron-neutrino charged-current interaction in the MicroBooNE detector.
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We’ve had a paper accepted in Physical Review Letters! The first measurement of electron-neutrino charged current single charged pion production on argon. Phys. Rev. Lett. 135, 061802 (2025). https://t.co/OCUIfSr2mI
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Last week was the annual Fermilab Users Meeting and New Perspectives conference. MicroBooNE was well represented and four of our collaborators won best-poster prizes! Here are some pictures of MicroBooNErs presenting our physics.
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Have you seen our new paper? We’ve made differential cross-section measurements of pionless muon-neutrino interactions on argon. These types of interactions are particularly useful for comparing neutrino-interaction models across different target nuclei. https://t.co/ZHJFfW1DRB
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