Near Detector Status and Experimental Challenges

• Alfons Weber (University of Oxford (GB))

Room: 4/2-037 - TH meeting room

Discussion Room: 4/2-037 - TH meeting room

Cross Sections

• Vishvas Pandey

Room: 4/2-037 - TH meeting room

Discussion Room: 4/2-037 - TH meeting room

Standard Model Processes in the Near Detector

• Roberto Petti (University of South Carolina (US))

Room: 4/2-037 - TH meeting room

Discussion Room: 4/2-037 - TH meeting room

Light Mediators

• Ian Shoemaker

Room: 4/2-037 - TH meeting room

Discussion (Light DM searches)

• Claudia Frugiuele (Weizmann Institute)

Room: 4/2-037 - TH meeting room

Heavy Sterile Neutrinos, Complementarity to Other Experiments

• Marco Drewes (Universite Catholique de Louvain (UCL) (BE))

Room: 4/2-037 - TH meeting room

Discussion Room: 4/2-037 - TH meeting room

Neutrino Trident Production at Near Detectors

• Matheus Hostert (Durham University)

Room: 4/2-037 - TH meeting room

MeV Scale Sterile Neutrinos

• Peter Ballett (IPPP, Durham University)

Room: 4/2-037 - TH meeting room

MadDump: A Monte Carlo Tool for BSM Searches in Beam Dump Experiments

• Luca Buonocore (INFN - National Institute for Nuclear Physics)

Room: 4/2-037 - TH meeting room

Workshop Dinner Room: Restaurant

Dipole Portal to Neutral Leptons

• Gabriel Magill

Room: 4/2-037 - TH meeting room

Discussion Room: 4/2-037 - TH meeting room

Millicharged Particles in Neutrino Experiments

• Yu-Dai Tsai (Cornell University)

Room: 4/2-037 - TH meeting room We set constraints on millicharged particles (mCPs) based on electron scattering data from MiniBooNE and the Liquid Scintillator Neutrino Detector (LSND). Both experiments are found to provide new (and leading) constraints in certain mCP mass windows: 5 - 35 MeV for LSND and 100 - 180 MeV for MiniBooNE. Furthermore, we provide projections for the ongoing SBN program, the Deep Underground Neutrino Experiment (DUNE), and the proposed Search for Hidden Particles (SHiP) experiment. Both DUNE and SHiP are capable of probing parameter space for mCP masses ranging from 5 MeV - 10 GeV that is significantly beyond the reach of existing bounds, including those from collider searches and SLAC's mQ experiment, and even better than the proposed MilliQan experiment probing up to ~ 5 GeV mCP particles. Our analysis also reveals that the sensitivities from LSND, SBND, SHiP, and DUNE can explore previously unprobed regions of parameter space that allows mCP dark matter as an explanation for the EDGES 21 cm anomaly.

Discussion Room: 4/2-037 - TH meeting room

Sterile Neutrinos, Non-Unitarity, Non-Standard Interactions

• Jacobo Lopez Pavon (CERN)

Room: 4/2-037 - TH meeting room

Discussion Room: 4/2-037 - TH meeting room

Discussion Room: 4/2-037 - TH meeting room