Conferences

Chaired Conferences

• Joint Autumn Meeting of nuSTORM and UK Muon Beams Collaboration 2023, London, 23-24 November 2024
• Exploring the Physics Opportunities of nuSTORM, London, 6 April 2023

• Opportunities with Atmospheric Neutrinos (OWAN21), London, 10 November 2021

Public Talks and Lectures

• Neutrino Interactions and Future Experiments
  • PRISMA+ Colloquium (slides), University of Mainz, Germany, 23 April 2025
• Muon Collider and nuSTORM
  • PPAP Community Meeting, Manchester, 22 September 2022
• nuSTORM; Neutrinos from Stored Muons
  • ICHEP 2022, Bologna, 7 July 2022
• Neutrino Interactions and Future Oscillation Experiments
  
  • NEUTRINO 2022 (Zenodo), virtual Seoul, 3 June 2022
• Neutrino-Nucleus Interactions
  • IoP Joint APP, HEPP & NP Conference 2021, online, 15 April 2021
• Neutrino Interactions with Transverse Kinematic Imbalance: An Incomplete Review of MINERvA Results and TKI-Community Efforts
  • FNAL Neutrino Seminar (slides), online, 1 April 2021 ^1-3 
  • IHEP EPD Seminar (recording), online, 7 April 2021
• Neutrino-Nucleus Interaction Physics with the Most Recent MINERvA Low-Energy Beam Data
  • ICHEP 2020, online, 28 July 2020
• Neutrino Physics with Accelerators
  • Research Area Workshop of the Max Planck Society on Gravity, Information and Fundamental Symmetries, Garching, 4 November 2019
• Fermilab MINERvA highlights
  • HiX 2019, Kolympari, 20 Aug 2019
• MINERvA Low-Recoil Tune and its Implications
  • NuInt 2018, L'Aquila, 16 October 2018 ⁴
• Neutrino Shadow Play: Kinematic determination of nuclear effects at MINERvA
  • FNAL Joint Experimental-Theoretical Physics Seminar (slides, recording), FNAL, 2 March 2018 ⁵ 
• Nuclear Effect-Independent Reconstruction of Energy Spectra of Neutrino Beams
  • NuInt 2015, Osaka, 20 November 2015.
• Measurement of hadron composition in charged jets from pp collisions with the ALICE experiment
  • Quark Matter 2014, Darmstadt, 20 May 2014
• Jet reconstruction and measurement of identified fragmentation functions in Pb-Pb and pp collisions with the ALICE experiment
  • DPG-Frühjahrstagung 2014, Frankfurt, 17 March 2014

Notes

1. Slide 20 is a summary of the TKI literature
2. Slides 21-22 are the canonical interpretation of the transverse boosting angle δα_T.
3. Slide 23 is an interpretation of the Furmanski-Sobczyk emulated nucleon momentum p_N.
4. Slide 24 shows the connection between the MINERvA Low-Recoil and TKI results.
5. Slides 45-54 describe the ESC method to select a proton sample optimised for momentum measurement in MINERvA. More on the procedure to improve reconstruction for TKI can be found in this Neutrino 2016 poster proceedings.