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SUMMARY:Neutrino Physics: Oscillations\, Nuclear Interactions\, and Future
  Beams and Detectors
DTSTART:20261021T023000Z
DTEND:20261021T033000Z
DTSTAMP:20261003T215300Z
UID:indico-event-31031@indico.ihep.ac.cn
DESCRIPTION:Speakers: Xianguo Lu 卢显国 (University of Warwick)\n\nAbst
 ractNeutrino oscillations established that neutrinos have mass\, providing
  compelling evidence for physics beyond the Standard Model. Determining th
 e neutrino mass ordering and searching for violation of charge–parity (C
 P) symmetry in the lepton sector are central goals of the experimental pro
 gramme. Achieving these goals connects fundamental questions in particle p
 hysics with the challenges of understanding nuclear dynamics.This seminar 
 will begin with a review of neutrino oscillation physics\, highlighting th
 e complementary contributions of JUNO and long-baseline accelerator experi
 ments. The main focus will then turn to neutrino–nucleus interactions at
  GeV energies\, where nuclear effects shape the observed final states and 
 complicate the reconstruction of neutrino energy. I will introduce transve
 rse kinematic imbalance (TKI) as a framework for probing nuclear dynamics\
 , including nucleon motion\, multinucleon processes and final-state intera
 ctions. Measurements across different experiments\, target nuclei and reac
 tion channels will illustrate both the insights gained and the outstanding
  challenges in modelling neutrino–nucleus scattering.These challenges mo
 tivate further ideas for neutrino beams and detectors. I will discuss the 
 need for precise electronneutrino and antineutrino interaction measurement
 s\, the opportunities offered by beams from stored-muon decays\, and detec
 tor capabilities for resolving the particles produced in neutrino interact
 ions. The seminar will conclude with progress on the Warwick TPC Platform 
 (WarTPC)\, linking the physics requirements of precision interaction measu
 rements to the development of time projection chamber technology.About the
  speakerProf. Xianguo Lu is an Associate Professor of Physics at the Unive
 rsity of Warwick. He obtained his PhD from Heidelberg University\, working
  on heavy-ion collisions with the ALICE experiment at CERN\, before moving
  into neutrino physics and receiving an STFC Ernest Rutherford Fellowship 
 in the UK.His research focuses on GeV neutrino physics\, particularly neut
 rino–nucleus interactions\, nuclear effects and detector development. He
  has held leadership roles in the neutrino interaction working groups of J
 UNO\, MINERvA and T2K. He developed the transverse kinematic imbalance (TK
 I) framework\, which is used across multiple neutrino experiments to inves
 tigate nuclear dynamics and test interaction models. His current research 
 includes the Jiangmen Underground Neutrino Observatory (JUNO) and the Warw
 ick TPC Platform (WarTPC).\n\nhttps://indico.ihep.ac.cn/event/31031/
LOCATION:B105 (CHEP)
URL:https://indico.ihep.ac.cn/event/31031/
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