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Insertion of STC into TRT at the Department of Physics, Oxford
Credit: CERN

Dr Patrick Green

PDRA

Sub department

  • Particle Physics

Research groups

  • Accelerator Neutrinos
patrick.green@physics.ox.ac.uk
Telephone: 273449
Denys Wilkinson Building, room 666
  • About
  • Publications

Measurements of transverse kinematic imbalance in muon neutrino charged-current interactions on argon with a single proton and no pions in the final state with SBND

ArXiv 2610.39042 (2026)

Authors:

R Acciarri, L Aliaga-Soplin, D Andrade Aldana, C Andreopoulos, A Antonakis, S Balasubramanian, A Barnard, V Basque, JR Bateman, A Beever, B Behera, M Betancourt, A Bhat, M Bishai, A Blake, B Bogart, D Brailsford, A Brandt, S Brickner, MB Brunetti, GAN Buzzard, L Camilleri, D Caratelli, D Carber, B Carlson, MF Carneiro, R Castillo Fernandez, F Cavanna, A Chappell, H Chen, S Chung, R Coackley, JI Crespo-Anadón, C Cuesta, Y Dabburi, O Dalager, M Dall'Olio, SK Das, M Del Tutto, Z Djurcic, V do Lago Pimentel, S Dominguez-Vidales, M Donnachie, M Dubnowski, K Duffy, S Dytman, A Ereditato, E Espinoza, JJ Evans, AC Ezeribe, C Fan, A Filkins, B Fleming, W Foreman, D Franco, G Fricano, I Furic, AP Furmanski, S Gao, D Garcia-Gamez, S Gardiner, I Gil-Botella, S Gollapinni, P Green, WC Griffith, L Hagaman, P Hamilton, B Harris, A Hergenhan, M Hernandez-Morquecho, C James, RS Jones, M Jung, T Junk, D Kalra, G Karagiorgi, F Kumar, L Kashur, KJ Kelly, W Ketchum, MJ King, J Klein, L Kotsiopoulou, I Kreslo, T Kroupová, VA Kudryavtsev, H Lay, R LaZur, J-Y Li, K Lin, BR Littlejohn, L Liu, D Lorca, WC Louis, X Luo, AA Machado, P Machado, C Mariani, F Marinho, J Marshall, C Martin-Morales, A Mastbaum, K Mavrokoridis, N McConkey, B McCusker, J Mclaughlin, T Mettler, M Mooney, AF Moor, G Moreno-Granados, CA Moura, J Mueller, S Mulleriababu, A Navrer-Agasson, M Nebot-Guinot, VCL Nguyen, F Nicolás-Arnaldos, J Nowak, SB Oh, N Oza, O Palamara, N Pallat, V Pandey, A Papadopoulou, HB Parkinson, J Paton, L Paulucci, Z Pavlovic, D Payne, L Pelegrina-Gutiérrez, OLG Peres, J Plows, G Putnam, X Qian, Y Qie, R Rajagopalan, P Ratoff, H Ray, M Reggiani-Guzzo, M Roda, J Romeo-Araujo, M Ross-Lonergan, N Rowe, P Roy, A Sanchez-Castillo, DW Schmitz, A Schneider, A Schukraft, H Scott, E Segreto, M Shaevitz, K Shiba, P Singh, B Slater, J Smith, M Soares-Nunes, M Soderberg, S Söldner-Rembold, J Spitz, M Stancari, T Strauss, AM Szelc, P Sanchez-Lucas, C Thorpe, D Totani, M Toups, C Touramanis, L Tung, GA Valdiviesso, R Van de Water, A Vázquez-Ramos, L Wan, M Weber, H Wei, T Wester, AJ White, A Wilkinson, P Wilson, T Wongjirad, E Worcester, M Worcester, S Yadav, E Yandel, L Yates, S Yebes, B Yu, H Yu, J Yu, B Zamorano, J Zennamo, C Zhang
Details from ArXiV

Search for Neutrino-Produced Long-Lived Particles Using the SBND Cosmic Ray Tagger Beam Telescope

ArXiv 2610.37555 (2026)

Authors:

R Acciarri, L Aliaga-Soplin, D Andrade Aldana, C Andreopoulos, A Antonakis, S Balasubramanian, A Barnard, V Basque, JR Bateman, A Beever, B Behera, M Betancourt, A Bhat, M Bishai, A Blake, B Bogart, D Brailsford, A Brandt, S Brickner, MB Brunetti, GAN Buzzard, L Camilleri, D Caratelli, D Carber, B Carlson, MF Carneiro, R Castillo Fernandez, F Cavanna, A Chappell, H Chen, S Chung, R Coackley, JI Crespo-Anadón, C Cuesta, Y Dabburi, O Dalager, M Dall'Olio, SK Das, M Del Tutto, Z Djurcic, V do Lago Pimentel, S Dominguez-Vidales, M Donnachie, M Dubnowski, K Duffy, S Dytman, A Ereditato, E Espinoza, JJ Evans, AC Ezeribe, C Fan, A Filkins, B Fleming, W Foreman, D Franco, G Fricano, I Furic, AP Furmanski, S Gao, D Garcia-Gamez, S Gardiner, I Gil-Botella, S Gollapinni, P Green, WC Griffith, L Hagaman, P Hamilton, B Harris, A Hergenhan, M Hernandez-Morquecho, C James, RS Jones, M Jung, T Junk, D Kalra, G Karagiorgi, F Kumar, L Kashur, KJ Kelly, W Ketchum, MJ King, J Klein, L Kotsiopoulou, I Kreslo, T Kroupová, VA Kudryavtsev, H Lay, R LaZur, J-Y Li, K Lin, BR Littlejohn, L Liu, D Lorca, WC Louis, X Luo, AA Machado, P Machado, C Mariani, F Marinho, J Marshall, C Martin-Morales, A Mastbaum, K Mavrokoridis, N McConkey, B McCusker, J Mclaughlin, T Mettler, M Mooney, AF Moor, G Moreno-Granados, CA Moura, J Mueller, S Mulleriababu, A Navrer-Agasson, M Nebot-Guinot, VCL Nguyen, F Nicolás-Arnaldos, J Nowak, SB Oh, N Oza, O Palamara, N Pallat, V Pandey, A Papadopoulou, HB Parkinson, J Paton, L Paulucci, Z Pavlovic, D Payne, L Pelegrina-Gutiérrez, OLG Peres, J Plows, G Putnam, X Qian, Y Qie, R Rajagopalan, P Ratoff, H Ray, M Reggiani-Guzzo, M Roda, J Romeo-Araujo, M Ross-Lonergan, N Rowe, P Roy, A Sanchez-Castillo, DW Schmitz, A Schneider, A Schukraft, H Scott, E Segreto, M Shaevitz, K Shiba, P Singh, B Slater, J Smith, M Soares-Nunes, M Soderberg, S Söldner-Rembold, J Spitz, M Stancari, T Strauss, AM Szelc, P Sanchez-Lucas, C Thorpe, D Totani, M Toups, C Touramanis, L Tung, GA Valdiviesso, R Van de Water, A Vázquez-Ramos, L Wan, M Weber, H Wei, T Wester, AJ White, A Wilkinson, P Wilson, T Wongjirad, E Worcester, M Worcester, S Yadav, E Yandel, L Yates, S Yebes, B Yu, H Yu, J Yu, B Zamorano, J Zennamo, C Zhang
Details from ArXiV

Short-Baseline Near Detector (SBND): Design and Initial Performance

ArXiv 2610.11782 (2026)

Authors:

SBND Collaboration, P Abratenko, R Acciarri, C Adams, T Alafaro, L Aliaga-Soplin, R Alvarez-Garrote, J Ameel, D Andrade Aldana, C Andreopoulos, A Antonakis, L Arellano, J Asaadi, W Badgett, L Bagby, S Balasubramanian, D Barker, A Barnard, C Barnes, N Barros, A Basharina-Freshville, V Basque, JR Bateman, MC Bazetto, A Beever, B Behera, E Belchior, O Beltramello, M Betancourt, A Bhat, K Biery, M Bishai, A Bitadze, A Blake, B Bogart, J Boissevain, C Bonifazi, J Book Motzkin, G Botogoske, D Brailsford, A Brandt, J Bremer, S Brickner, T Brooks, MB Brunetti, G Buccino, A Bullock, GAN Buzzard, L Camilleri, D Caratelli, D Carber, B Carlson, MF Carneiro, M Cascella, R Castillo Fernandez, F Cavanna, M Chalifour, P Chambouvet, A Chan, A Chappell, H Chen, S Chung, D Cianci, MF Cicala, R Coackley, L Cooper-Troendle, JI Crespo-Anadon, E Cristaldo, C Cuesta, Y Dabburi, O Dalager, M Dall'Olio, R Darby, I de Icaza Astiz, M Del Tutto, S Dennis, V Di Benedetto, S Dixon, M Donnachie, Z Djurcic, V do Lago Pimentel, S Dominguez-Vidales, R Doubnik, M Dubnowski, K Duffy, S Dytman, A Elvin, A Ereditato, E Espinoza, J Estrada, JJ Evans, AC Ezeribe, C Fan, J Farrell, A Filkins, B Fleming, W Foreman, D Franco, H Frandini, J Freestone, G Fricano, J Fried, D Friend, I Furic, AP Furmanski, T Gamble, S Gao, D Garcia-Gamez, S Gardiner, G Ge, M Geynisman, I Gil-Botella, S Gollapinni, M Goodman, O Goodwin, P Green, H Greenlee, WC Griffith, R Guenette, P Guzowski, L Hagaman, T Ham, A Hamer, P Hamilton, R Hanni, K Hardin, B Harris, S Hentschel, A Hergenhan, M Hernandez-Morquecho, C Hilgenberg, C Hill, A Hoffman, P Holanda, A Holin, B Howard, B Howe, J Howell, J Hrivnak, C James, C James, T Johnson, RS Jones, M Jung, T Junk, Y-J Jwa, D Kalra, G Karagiorgi, L Kashur, KJ Kelly, W Ketchum, MJ Kim, M King, J Klein, L Kotsiopoulou, S Kr Das, I Kreslo, T Kroupova, S Kubecki, VA Kudryavtsev, F Kumar, M Langstaff, J Larkin, K Laureto, H Lay, R LaZur, G Leigh, I Lepetic, J-Y Li, K Lin, BR Littlejohn, F Liu, L Liu, S Lockwitz, D Lorca, WC Louis, G Lukhanin, X Luo, AA Machado, P Machado, G Mahler, S Manohari Kancharla, S Marcocci, C Mariani, F Marinho, J Marshall, L Martinez, C Martin-Morales, A Mastbaum, K Mavrokoridis, N McConkey, B McCusker, J Mclaughlin, V Meddage, D Mendez, I Mercer, T Mettler, T Miao, M Micheli, G Miller, D Mishins, K Mistry, D Mladenov, A Mogan, J Molina, D Montanari, M Mooney, AF Moor, G Moreno-Granados, F Morgadinho-Inacio, CA Moura, J Mousseau, J Mueller, S Mulleriababu, J Najdzion, R Natieli de Oliveira, A Navrer-Agasson, M Nebot-Guinot, M Nessi, VCL Nguyen, S Ni, T Nichols, F Nicolas-Arnaldos, B Norris, R Northrop, J Nowak, SB Oh, O Olorife, N Oza, L Pagliuso, O Palamara, N Pallat, V Pandey, A Papadopoulou, HB Parkinson, J Pater, J Paton, L Paulucci, Z Pavlovic, D Payne, L Pelegrina-Gutierrez, OLG Peres, R Pfaff, F Pietropaolo, J Plows, J Poirot, ID Ponce Pinto, A Popov, F Psihas, D Pushka, G Putnam, X Qian, Y Qie, V Radeka, E Raguzin, R Rajagopalan, P Ratoff, H Ray, B Rebel, R Rechenmacher, M Reggiani-Guzzo, F Resnati, D Rivera, A Roberts, M Roda, O Rodrigues, J Romeo-Araujo, M Ross-Lonergan, N Rowe, P Roy, M Rumore, A Sanchez-Castillo, P Sanchez-Lucas, G Savage, G Scanavini, A Scarff, A Scherf, DW Schmitz, A Schneider, A Schukraft, F Schwartz, W Scofield, H Scott, E Segreto, Z Semovski, J Sensenig, M Shaevitz, R Sharankova, S Shetty, K Shiba, P Singh, B Slater, J Smith, M Soares-Nunes, M Soderberg, S Soldner-Rembold, F Spagliardi, M Spanu, J Spitz, N Spooner, M Stancari, A Stefanik, GV Stenico, T Strauss, P Sutcliffe, K Sutton, AM Szelc, W Tang, C Thorn, C Thorpe, J Tillman, A Timilsina, D Torretta, D Totani, M Toups, C Touramanis, M Tripathi, S Tufanli, L Tung, E Tyley, S Unnikrishnan GA Valdiviesso, R Van de Water, A Vazquez-Ramos, A Verdugo de Osa, B Villa Ferre, L Wan, M Weber, H Wei, Z West, T Wester, AJ White, A Wilkinson, P Wilson, T Wongjirad, E Worcester, M Worcester, M Wright, W Wu, S Yadav, E Yandel, T Yang, G Yarbrough, L Yates, S Yebes, J Yu, B Yu, H Yu, V Zamazal, B Zamorano, A Zeglam, J Zennamo, J Zhang, C Zhang, M Zhao, M Zuckerbrot
Details from ArXiV

Characterizing the energy resolution of the MicroBooNE LArTPC at the MeV scale using monoenergetic features of 208Tl decays

Journal of Instrumentation 21:10 (2026)

Authors:

P Abratenko, D Andrade Aldana, J Asaadi, A Ashkenazi, S Balasubramanian, B Baller, A Barnard, G Barr, D Barrow, J Barrow, V Basque, J Bateman, B Behera, O Benevides Rodrigues, S Berkman, A Bhat, M Bhattacharya, V Bhelande, A Binau, M Bishai, A Blake, B Bogart, T Bolton, MB Brunetti, L Camilleri, D Caratelli, F Cavanna, G Cerati, A Chappell, Y Chen, JM Conrad, M Convery, L Cooper-Troendle, JI Crespo-Anadón, R Cross, M Del Tutto, SR Dennis, P Detje, R Diurba, Z Djurcic, K Duffy, S Dytman, B Eberly, P Englezos, A Ereditato, JJ Evans, C Fang, BT Fleming, W Foreman, D Franco, AP Furmanski, F Gao, D Garcia-Gamez, S Gardiner, G Ge, S Gollapinni, E Gramellini, P Green, H Greenlee, L Gu, W Gu, R Guenette, L Hagaman, MD Handley, M Harrison, S Hawkins, A Hergenhan, O Hen, C Hilgenberg, GA Horton-Smith, A Hussain, B Irwin, MS Ismail, C James, X Ji, JH Jo, RA Johnson, A Johnson, D Kalra, G Karagiorgi, A Kelly, W Ketchum, M Kirby, T Kobilarcik, K Kumar, N Lane, J-Y Li, Y Li, K Lin, BR Littlejohn, L Liu, S Liu, WC Louis, X Luo, T Mahmud, N Majeed, MG Manuel Alves, C Mariani, J Marshall, DA Martinez Caicedo, F Martinez Lopez, S Martynenko, A Mastbaum, I Mawby, N McConkey, B McConnell, L Mellet, J Mendez, J Micallef, A Mogan, T Mohayai, M Mooney, AF Moor, CD Moore, L Mora Lepin, MA Hernandez Morquecho, MM Moudgalya, S Mulleriababu, D Naples, A Navrer-Agasson, N Nayak, M Nebot-Guinot, C Nguyen, L Nguyen, J Nowak, N Oza, O Palamara, N Pallat, V Paolone, A Papadopoulou, V Papavassiliou, HB Parkinson, SF Pate, N Patel, Z Pavlovic, E Piasetzky, K Pletcher, I Pophale, X Qian, JL Raaf, V Radeka, A Rafique, M Reggiani-Guzzo, J Rodriguez Rondon, M Rosenberg, M Ross-Lonergan, I Safa, C Sauer, DW Schmitz, A Schukraft, W Seligman, MH Shaevitz, R Sharankova, J Shi, L Silva, EL Snider, S Söldner-Rembold, J Spitz, M Stancari, John, T Strauss, AM Szelc, N Taniuchi, K Terao, C Thorpe, D Torbunov, D Totani, M Toups, A Trettin, Y-T Tsai, J Tyler, MA Uchida, T Usher, B Viren, J Wang, L Wang, M Weber, H Wei, AJ White, S Wolbers, T Wongjirad, K Wresilo, W Wu, E Yandel, T Yang, LE Yates, HW Yu, GP Zeller, J Zennamo, C Zhang, Y Zhang, The MicroBooNE collaboration

Abstract:

A detailed understanding of the capabilities and fidelity of low-energy reconstruction is crucial for taking advantage of MeV-scale neutrino physics opportunities in liquid argon time projection chambers (LArTPCs). This study presents a measurement of the resolution of reconstructed energy in the MicroBooNE LArTPC at ≈ 1.5 MeV. The characterization is performed using monoenergetic signals generated by 2.614 MeV γ-rays from 208Tl decays undergoing pair production in the detector. The resolution is found to be (7.52 ± 0.78 (stat)± 0.92 (syst))%. This value is consistent with the MicroBooNE simulation prediction of (9.70 ± 0.65 (stat))% at the 1.6 σ level. This study represents the first ever measurement of LArTPC energy resolution at the MeV scale and provides a pathway for monoenergetic energy calibrations in future experiments using LArTPC detectors.
More details from the publisher

Production and installation of wavelength-shifting reflective light enhancers for the Short-Baseline Near Detector

Journal of Instrumentation IOP Publishing 21:10 (2026) p10008

Authors:

R Acciarri, L Aliaga-Soplin, R Alvarez-Garrote, D Andrade Aldana, C Andreopoulos, A Antonakis, S Balasubramanian, A Barnard, V Basque, J Bateman, MC Bazetto, A Beever, E Belchior, M Betancourt, A Bhat, M Bishai, A Blake, B Bogart, D Brailsford, A Brandt, S Brickner, MB Brunetti, L Camilleri, D Caratelli, D Carber, B Carlson, MF Carneiro, W Castiglioni, R Castillo Fernandez, F Cavanna, A Chappell, H Chen, S Chung, R Coackley, S Cotton, JI Crespo-Anadón, C Cuesta, Y Dabburi, O Dalager, M Dall'Olio, R Darby, I deIcaza, M Del Tutto, Z Djurcic, S Dominguez-Vidales, M Dubnowski, K Duffy, S Dytman, A Ereditato, JJ Evans, A Ezeribe, C Fan, A Filkins, B Fleming, W Foreman, D Franco, H Frandini, G Fricano, I Furic, A Furmanski, S Gao, D Garcia-Gamez, S Gardiner, I Gil-Botella, S Gollapinni, O Goodwin, P Green, WC Griffith, L Hagaman, P Hamilton, B Harris, C Harrison, A Hergenhan, M Hernandez-Morquecho, P Holanda, C James, RS Jones, M Jung, T Junk, D Kalra, G Karagiorgi, L Kashur, KJ Kelly, W Ketchum, M King, J Klein, L Kotsiopoulou, S Kr Das, T Kroupová, VA Kudryavtsev, N Lane, H Lay, R LaZur, J-Y Li, K Lin, BR Littlejohn, L Liu, WC Louis, X Lu, X Luo, A Machado, P Machado, C Mariani, F Marinho, J Marshall, C Martin-Morales, A Mastbaum, K Mavrokoridis, N McConkey, B McCusker, J Mclaughlin, K Mistry, M Mooney, AF Moor, G Moreno Granados, CA Moura, J Mueller, S Mulleriababu, A Navrer-Agasson, M Nebot-Guinot, VCL Nguyen, FJ Nicolas-Arnaldos, J Nowak, SB Oh, N Oza, O Palamara, N Pallat, V Pandey, A Papadopoulou, HB Parkinson, J Paton, L Paulucci, Z Pavlovic, D Payne, L Pelegrina-Gutiérrez, OLG Peres, VL Pimentel, J Plows, G Putnam, X Qian, R Rajagopalan, P Ratoff, H Ray, M Reggiani-Guzzo, M Roda, J Romeo-Araujo, M Ross-Lonergan, N Rowe, P Roy, A Sanchez-Castillo, P Sanchez-Lucas, DW Schmitz, A Schneider, A Schukraft, H Scott, E Segreto, M Shaevitz, P Singh, B Slater, J Smith, R Soares, M Soares-Nunes, M Soderberg, S Söldner-Rembold, F Spagliardi, J Spitz, M Stancari, T Strauss, AM Szelc, C Thorpe, D Totani, M Toups, C Touramanis, L Tung, GA Valdiviesso, RG Van de Water, A Vázquez-Ramos, L Wan, M Weber, H Wei, T Wester, A White, A Wilkinson, P Wilson, T Wongjirad, E Worcester, M Worcester, S Yadav, E Yandel, T Yang, L Yates, S Yebes, B Yu, H Yu, J Yu, B Zamorano, J Zennamo, C Zhang, The SBND collaboration

Abstract:

We report on the design, production, and installation of a wavelength-shifting reflective system on the cathode of the Short-Baseline Near Detector (SBND), a liquid argon time projection chamber located along the Fermilab Booster Neutrino Beam. To increase and homogenize scintillation-light collection, 64 double-sided plates were fabricated from FR4, laminated with specular reflector film and coated with ∼300 μg/cm2 of tetraphenyl butadiene (TPB) wavelength shifter using controlled physical vapor deposition. The coating uniformity was validated through dedicated measurements of deposited mass and profilometry studies. Because exposure to ambient blue/UV light could degrade the TPB, protective filtering and controlled storage conditions were implemented during handling and installation. The coated plates were assembled between conductive meshes for high-voltage compatibility and installed in situ during detector integration. This system constitutes the largest TPB-coated area deployed in a neutrino detector. It operates in conjunction with SBND's photon detection system, which consists of photomultiplier tubes and X-ARAPUCAs. Early light-collection measurements show high uniformity and light response across the detector, supporting improved triggering, calorimetry, and position reconstruction in SBND.
More details from the publisher

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