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The 16th Particle Physics Phenomenology Workshop

15–18 Jun 2026
NTHU
Asia/Taipei timezone

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Session

Invited Lecture

15 Jun 2026, 13:30
Physics Building R124 (NTHU)

Physics Building R124

NTHU

Conveners

Invited Lecture: Neutrino Physics I

  • Cheng-Wei Chiang (Natl. Taiwan U)

Invited Lecture: High Energy Astroparticle Physics I

  • Yen-Hsun Lin (Academia Sinica)

Invited Lecture: Neutrino Physics II

  • Tzu-Chiang Yuan (Institute of Physics, Academia Sinica)

Invited Lecture: High Energy Astroparticle Physics II

  • Yen-Hsun Lin (Academia Sinica)

Invited Lecture: Quantum Sensors I

  • We-Fu Chang (NTHU Phys)

Invited Lecture: Quantum Sensors II

  • Henry T. Wong (Institute of Physics, Academia Sinica)

Presentation materials

There are no materials yet.

  1. 54. Neutrinos, Messengers in the Universe: the Puzzle of Neutrino Masses and Neutrino Mixing
    Serguey Petcov (INFN/SISSA & IPMU)
    15/06/2026, 13:30
    Neutrino Physics
    Invited Presentation

    Neutrinos are the most amasing and interesting among the elementary particles. Neutrino physics is a vast field of research with beautiful physics and many still unanswered fundamental questions. This lecture is intended as an Introduction to Neutrino Physics. We begin by discussing briefly the history of the neutrino. The natural sources of neutrinos - the Sun, the Earth atmosphere, the Earth...

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  2. 18. High-Energy Neutrinos — Basics
    John Beacom (OSU)
    16/06/2026, 09:00
    High Energy Astroparticle Physics
    Invited Presentation

    Do astrophysical sources produce TeV–PeV range neutrinos? Yes! I provide an introductory overview of neutrino production, neutrino propagation, and neutrino detection, then review key results.

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  3. 55. Neutrino Mixing and Leptonic CP-Violation – Theory and Tests in Future Experiments
    Serguey Petcov (INFN/SISSA & IPMU)
    16/06/2026, 13:30
    Neutrino Physics
    Invited Presentation

    The existing data on neutrino masses and neutrino mixing will be reviewed. The main goals of future research in neutrino physics will be summarised. The lepton flavour problem will be revisited. The non-Abelian discrete symmetry approach to the problem of understanding the origin of the observed pattern of neutrino mixing and of leptonic CP-violation will be discussed in detail. The...

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  4. 19. High-Energy Neutrinos — Frontiers
    John Beacom (OSU)
    17/06/2026, 09:00
    High Energy Astroparticle Physics
    Invited Presentation

    Can we drive progress in this field? Yes! I provide an overview of how to make better measurements, how we can use these to better understand astrophysics and particle physics, and how these opportunities fit in a broader framework of neutrino science.

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  5. 52. Quantum Sensing in Particle Physics
    Steven Worm (DESY / Humboldt-Universität zu Berlin)
    17/06/2026, 13:20
    Quantum Sensors
    Invited Presentation

    Quantum sensing is a transformative technology whose impact is being felt in many areas of science. The use of quantum-based sensing allows scientists to access subtle effects that elude conventional sensing techniques, and thus build detectors with unprecedented sensitivity or accuracy. In this lecture we will introduce the field of quantum sensing and explore applications in particle and...

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  6. 53. Fundamental Physics with Atomic Clocks
    Steven Worm (DESY / Humboldt-Universität zu Berlin)
    18/06/2026, 11:00
    Quantum Sensors
    Invited Presentation

    Optical atomic clocks can be made with incredible stability and accuracy; keeping time to better than one second in the age of the universe. This amazing performance can be used as the basis for an amazing detector for new physics. In this Keynote we will see what it takes to turn an ultra-stable clock into an ultra-sensitive detector for the effects of ultra-light dark matter. We will discuss...

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