The 16th Particle Physics Phenomenology Workshop

Asia/Taipei
NTHU

NTHU

Martin Spinrath (NTHU)
Description

Introduction

The Particle Physics Phenomenology (PPP) Workshop is a biennial meeting with a rich history dating back to 1992 (skipping only a few times due to incidents such as SARS and COVID), one of the most important gatherings in the particle physics community in Taiwan. The workshop serves as a vital platform for foreign and domestic scholars working on particle physics experiments and theories to share the latest experimental results and developments in various models or theoretical frameworks. It features comprehensive lectures on topics of current interest to the community, as well as shorter presentations on more specific applications. It aims to inspire innovative ideas and help form new collaborations among the participants.

Topics

On this 16th edition we will have lectures and talks on

  • High Energy Astroparticle Physics
  • Neutrino Physics
  • Quantum Sensors
  • Black Holes, Gravitational Waves & Particle Physics
  • QCD & Nuclear Physics
  • and more...

Coordinates

The 16th Particle Physics Phenomenology Workshop (PPP16) will be held at National Tsing Hua University (NTHU) from June 15 to 18, 2026. NTHU is located in Hsinchu, the silicon valley of Taiwan. The nearest international airport is Taoyuan International Airport (TPE).

We cordially welcome your participation and contributions!

Sponsors

We gratefully acknowledge financial support from NCTS (TG2.1 & TG2.4) and the Department of Physics of NTHU.

Registration
Registration Form
Participants
  • Chuan-Ren Chen
  • Hien Van
  • Martin Spinrath
  • Po-Yen Tseng
  • Shih-Yuin Lin
  • Tzu-Chiang Yuan
  • Van Que Tran
  • Yu-Min Yeh
  • +6
  • Monday, 15 June
    • Welcome & Farewell
    • Invited Lecture
    • High Energy Astroparticle Physics
    • 11:00
      Coffee Break
    • Neutrino Physics
    • 12:30
      Lunch Break
    • Invited Lecture
    • Black Holes, Gravitational Waves & Particle Physics
    • 15:30
      Coffee Break
    • QCD & Nuclear Phyiscs