Taiwan Nuclear Physics Retreat 2026 (TNP 2026)

Asia/Taipei
Four Points by Sheraton Yilan Jiaoxi

Four Points by Sheraton Yilan Jiaoxi

No. 1, Lane 18, Lane 48, Renai Road, Jiaoxi, Yilan, Taiwan
Description

Overview :

The fundamental properties of nuclear matter govern the most extreme environments in the universe. From the microscopic dynamics of the Quark-Gluon Plasma (QGP) in heavy-ion collisions to the macroscopic evolution of neutron stars and the synthesis of elements in stellar explosions, nuclear theory provides the essential link between the subatomic and the astronomical. With the advent of the multi-messenger era, there is a timely opportunity for Taiwan’s theoretical community to integrate its strengths in nuclear many-body theory, QCD phenomenology, and computational astrophysics to address the global challenges in different subfields. This retreat serves as a collaborative forum to synchronize research directions among domestic theorists and invited international experts. The program incorporates brief introductions to the recent research directions and interests of faculty members in domestic institutes, invited overview and research talks by international speakers, and short contributed talks by local postdocs and students. The retreat will emphasize informal discussions and cross-field exchanges of non-trivial ideas and unsolved problems.  

The deadline of registration is April 1st, 2026. No registration fee is required, while the event is expected to accommodate around 30 participants and the registration needs to be approved by the organizers. 

Organizers :
Anthony Francis (NYCU)
Meng-Ru Wu (AS)
Di-Lun Yang (AS)

Contact : Di-Lun Yang
Registration
Participants
    • Free discussions
    • 10
      Bayesian Inference of Dense Matter Equation of State from Neutron Stars and Heavy-Ion Reactions
      Speaker: Bao-An Li
    • 11
      Challenges of measuring neutron-star equation of state using gravitational wave observations
      Speaker: Hung Tang
    • 10:20
      short break
    • 12
      A quarkyonic matter model for neutron stars
      Speaker: Toru Kojo
    • 13
      Thermal modification of K1(1270)→π+π−K+ in a hot hadronic medium
      Speaker: Seung-il Nam
    • 14
      From cold-atom impurity to nuclear physics
      Speaker: Eiji Nakano
    • Free discussions
    • Banquet
    • Free discussions
    • 15
      Pion TMDPDFs from phenomenology
      Speaker: Valentin Moos
    • 16
      Parton physics from a heavy-quark operator product expansion: Dynamical lattice QCD calculation of moments of the pion and kaon light-cone distribution amplitudes
      Speaker: Sheng Pin Chang
    • 17
      Lattice study of SU(2) gauge theory coupled to four adjoint Higgs fields
      Speaker: Ming-Yen Tsai
    • 10:00
      coffee break
    • 18
      Electromagnetic Fields in Heavy-Ion Collisions: Evolution, Photon Signals, and Initial Conditions
      Speaker: Chiho Nonaka
    • 19
      Anisotropic Transport in Strongly Magnetized Relativistic Matter
      Speaker: Ritesh Ghosh
    • 20
      Local spin polarization by color-field correlators and momentum anisotropy
      Speaker: Haesom Sung
    • 21
      Vorticity-induced effects from WZW term
      Speaker: Geraint Evans
    • 12:00
      lunch break
    • 22
      Hadron Structure from Tensor Networks: A Hamiltonian Approach
      Speaker: Manuel Schneider
    • 23
      Lattice extraction of the Collins-Soper kernel via auxiliary fields
      Speaker: Wayne Morris
    • 24
      Non-perturbative tuning of relativistic heavy quarks using machine learning in lattice QCD
      Speaker: Thamirys de Oliveira
    • 25
      Collective Neutrino-Antineutrino Pairing Oscillations
      Speaker: Shih-Jie Huang
    • 14:50
      coffee break
    • 26
      Thermalization of SU(2) Lattice Gauge Fields on Quantum Computers
      Speaker: Ghanashyam Meher
    • 27
      Quantum State Initialization: Approximating Hamiltonian Eigenstates by One- and Two-Qubit Gates
      Speaker: Yao Ting S
    • 28
      Parton Distributions on a Quantum Computer
      Speaker: Yu-Ting Chen