Lattice field theory at the frontier of nuclear and particle physics

The goal of this workshop is to bring together experts in lattice field theory and its applications to high-energy nuclear and particle physics.  In addition to research talks, there will be pedagogical mini-courses aiming at bridging lattice calculations with contemporary research on phenomenology and quantum field theory.

Registration deadline is 23h59 Tuesday the 27th of October, 2026 Taiwan time.

Speakers and their talk titles are

• Alex Chang (NYCU, Taiwan)
  
  Moments of pion and kaon light-cone distribution amplitudes from dynamical lattice QCD using the heavy-quark operator product expansion (research talk)
  
  
  
• William Detmold (MIT, USA)
  
  TBA
  
  
  
• Jangho Kim (Seoul National U., Korea)
  
  TBA
  
  
  
• Laurent Lellouch (Aix-Marseille U. and CNRS, France)
  
  The muon anomalous magnetic moment: a high-precision probe of the Standard Model (mini-course)
  
  Hadronic vacuum polarization to three loops in chiral perturbation theory (research talk)
  
  
  
• Isabella Leone Zimmel (U. of Valencia, Spain)
  
  Lattice calculation for QCD strong coupling (research talk)
  
  
  
• Wayne Morris (NYCU, Taiwan)
  
  The Collins-Soper kernel from a vacuum soft function (research talk)
  
  
  
• Thamirys de Oliveira (NYCU, Taiwan)
  
  TBA
  
  
  
• Antonio Rago (U. of Odense, Denmark)
  
  TBA
  
  
  
• Manuel Schneider (NYCU, Taiwan)
  
  Parton physics from Hamiltonian lattice gauge theory with tensor networks (research talk)
  
   
• Stephen Sharpe (U. of Washington, Seattle, USA)
  
  Scattering amplitudes from Euclidean Lattice QCD (mini-course)
  
  Progress in determining multiparticle amplitudes from Lattice QCD (research talk) 
  
   
• Andre Walker-Loud (LBNL and U. of California, Berkeley, USA)
  
  Lattice QCD and neutrinoless double beta decay (mini-course)
  
  Lattice QCD calculations of two-nucleons at light pion mass and connecting to EFT (research talk)
  
  
  
• David Ward (NTU, Taiwan)
  
  Study of symmetries from $N_f=2$ and $N_f=2+1$ finite femperature QCD using mobius domain wall fermions (research talk)
   
   

All are welcome.

Organisers: Anthony Francis and C.-J. David Lin

Sponsored by National Science and Technology Council