This week is #ICHEP2024 and the first MicroBooNE talk was a fantastic overview of our BSM program by Anyssa! Imperial Physics

Miquel Nebot-Guinot @edinburgh_ppe presenting our low-energy excess search results at #ICHEP2024

We had three fantastic talks covering our cross-section program at #ICHEP2024 - thanks to Marina Reggiani-Guzzo Particle Physics Experiment - PPE - Edinburgh, Richard Diurba Universität Bern LHEP, and Mike Kirby Brookhaven Lab!

Two more excellent talks in #ICHEP2024: Vincent Basque @fermilab covered our detector physics programme, and Maria Brigida Brunetti from the University of Warwick presented advancements in LArTPC event reconstruction

Another talk at #ICHEP2024 - this time Xiao Luo from UCSB UC Santa Barbara, giving a great overview of our single-photon low-energy excess searches!

Congratulations to Ben Bogart University of Michigan on a fantastic Wine and Cheese seminar about MicroBooNE's latest muon neutrino cross section measurements! This is the most detailed investigation of final states with and without protons we've ever published.

Congratulations to MicroBooNE collaborator Karolina Wresilo, of Cambridge High Energy Physics Group, who won the local Fermilab Research SLAM and will travel to Washington, D.C. to participate in the National Lab Research SLAM in March 2025.

New paper alert! MicroBooNE investigates pionless charged-current electron-neutrino interactions across multiple kinematic variables, and excludes these as the source of the MiniBooNE excess at >99% CL. arxiv.org/abs/2412.14407

New paper! MicroBooNE uses the NuMI beam to make the most sensitive search for a Higgs-portal scalar boson in the mass range 110–155 MeV. arxiv.org/abs/2501.08052

This week, we’re at the The University of Edinburgh for our collaboration meeting, discussing our physics goals for 2025. It’s going to be a very exciting year! Thanks to Particle Physics Experiment - PPE - Edinburgh for hosting us!

Lee Hagaman of UChiPhysicalSciences and Erin Yandel of Los Alamos National Laboratory have just released our newest results, presenting three different searches for single-photon production in neutrino-argon interactions. You can read our three papers at microboone.fnal.gov/single-photon-….

On Friday, Mark Ross-Lonergan of Columbia Physics Department presented another new MicroBooNE result: our first search for dark sector e⁺e⁻ explanations of the MiniBooNE anomaly. You can read the paper here: microboone.fnal.gov/ee-2025/

Congratulations to MicroBooNE collaborator Karolina Wresilo of Cambridge High Energy Physics Group for winning the US National Lab Physics Slam in the Scientific Discovery category, explaining how neutrinos can explain the origins of the Universe.

Last week, we gathered at IU Bloomington for our May collaboration meeting. We spent four days discussing our exciting plans to search for new physics and probe neutrino-argon interactions.

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. arxiv.org/abs/2507.00921

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.

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). doi.org/10.1103/sfrz-c…

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/prl/covers/135…

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: go.aps.org/45QvDmH #OpenAccess PhysMag: go.aps.org/45AVWNm