Top Tweets for #MiniBooNE
Congrats to #highenergy #physics GRA Jennifer Tyler on receiving an award from the Universities Research Association Visiting Scholars Program to fund her work on “Expanded Inclusive Search for #MiniBooNE-like Excess in #MicroBooNE Data” @Fermilab during the upcoming year.
In 2021, scientists analyzed the results from an experiment called #MiniBooNE at @fermilab, which provided more evidence that particles called "sterile #neutrinos" could indeed exist. 1/2 #12daysofscience
▶️ https://t.co/h4M3w3GhSF
⤵️ https://t.co/BuvadZ2OwE
Yale Physics - MicroBooNE experiment’s first results show no hint of a sterile neutrino
https://t.co/gbIpOjBwE8...
@YalePhysicsDept #MicroBooNE #MiniBooNE #PROSPECT #SBND #DUNE #LArTPC
Added #MiniBooNE data on "Updated MiniBooNE neutrino oscillation results with increased data and new background studies" to https://t.co/uPQUNKWIbk
Hoy a las 17:00 CEST en @MicroBooNE presentamos los primeros resultados sobre la anomalía observada por #MiniBooNE bajo la hipótesis de que es un exceso de #neutrinos electrónicos. El seminario puede seguirse en https://t.co/52zLJFM8aL
Este no es el final. El 27 de octubre @MicroBooNE vuelve con resultados sobre la anomalía de MiniBooNE bajo la hipótesis de que es un exceso de neutrinos electrónicos.
#MicroBooNE is located @fermilab on the booster #neutrino beamline. The experiment's goal: To address the anomalous excess of electromagnetic events observed by #MiniBooNE, and resolve if the excess is due to #electrons or #photons. https://t.co/RmSchQ8egA
Hoy en @MicroBooNE presentamos a las 23:00 CEST los primeros resultados sobre la anomalía observada por #MiniBooNE bajo la hipótesis de que es un exceso de fotones causados por los #neutrinos. El seminario puede seguirse en https://t.co/zGMBc4LnNB
it would not be a #Neutrino conference without #MiniBooNE stirring things up: low-energy electron-like excess persists reaching 4.8σ, and the sterile-neutrino and π0-photon explanations appear highly disfavored #NoSterileNeutrinoFan #Neutrino2020 #nu2020
Acá un resumen sobre las últimas #anomalias en el Modelo Estándar de #ParticulasElementales. Menciona los neutrinos de #Miniboone, los kaones de #KOTO, el momento magnético del #muon, y las desviaciones en la física de mesones B.
https://t.co/KwHAvqviIF
#MiniBooNE the band at the MiniBooNE detector! It was fun!
#OnThisDay 7 years ago: the Miniboone band meets @Fermilab's MiniBooNE experiment. You can read about their visit to the experiment that inspired their name here: https://t.co/bKSLWhCabq
Um bestätigen zu können, dass sich Neutrinos in andere #Neutrino-Arten umwandeln, hatte 1997 die Physikerin Janet Conrad mit Michael Shaevitz die Idee zum #MiniBooNE-Experiment.
#WomenInSTEM #IWD2020 #InternationalWomensDay
Noch mehr Geisterteilchen gibt's in diesem Comic:
Day 2 of #NuPhys2019. Dr Matheus Hostert #Minnesota explain #MiniBooNE signal by using dark photon @NuPhysConf @HostertMatheus https://t.co/MKjg0S7Gop
Today (Jul 16, 2019) #MiniBooNE stopped 17-yr data taking. Nobody predicted so many significant scientific results from this relatively small #neutrino experiment at @Fermilab! So long! By the way more papers are coming ;) @FNALNeutrinos
A lot of people asked me "who was your supervisor?" (=how can you be like that?) Ladies and Gentlemen, welcome Prof Rex Tayloe of Indiana University! #MiniBooNE @IUBloomington @COHERENT_NUS
#OnThisDay 6 years ago: the Miniboone band visits the #MiniBooNE experiment at @Fermilab. You can read about the visit here: https://t.co/bKSLWhCabq
Happy #InternationalWomensDay ! For today's seminar on #miniBooNE at #Lancaster, I made a special slide. MiniBooNE was a good #WomenInSTEM project in @Fermilab. 1:45pm at C36, physics dept. @LancUniPhysics paper @PhysRevLett https://t.co/cN8XVDYEnE
#Congratulations to Josh Spitz, and his student Jonathan Jordan for a #PhysRev Letters Editors Suggestion on their recent paper interpreting excesses in #MiniBooNE Data!
https://t.co/tl7C2sxpNN
More on MiniBooNE:
https://t.co/3VVDdPPvYn
#T2K near detector search of #neutrino neutral-current single photon produciton. This channel is a home of new physics, perhaps related to #MiniBooNE signal. We didn't find it and set limit. Can someone revenge for us? #nuxsec
https://t.co/ijhkUEZbpT
What can coherent neutrino scattering tell us about sterile neutrinos? Find out in our new paper! https://t.co/xV7jyAz3Gj
#CEvNS #neutrinos #MiniBooNE #COHERENT
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