2026 NUPP summer school

Australia/Sydney
University of New South Wales

University of New South Wales

AJ Mitchell (Australian National University), Dipan Sengupta (University of New South Wales, Sydney, Australia), James Zanotti (The University of Adelaide), Michael Schmidt (UNSW Sydney), Theresa Fruth (University of Sydney)
Description

Approximately 15-20 years ago, NUPP leaders in academia hosted an annualย Summer School for PhD students that rotated between hosts and venues across theย country. The NUPP community came together at the 2024 AIP Congress andย identified professional development of our HDR students as an immediate strategicย priority. In 2026, the NUPP Executive Committee aims to reimagine this traditionย with a Postgraduate Summer School designed to foster community, deepenย knowledge, and equip students with the skills required to thrive in todayโ€™s diverseย and evolving job markets.

The 2026 NUPP Summer School program will include:

  • A residential experience designed to build connections between studentsย from experiment and theory, different research areas of interest and homeย institutions from across the nation.
  • Lectures and workshops from subject matter experts in nuclear and
    particle physics.
  • Mentoring and guidance in careers with input from industry.
  • An excursion to the Australian Nuclear Science and Technology
    Organisation site at Lucas Heights, NSW.ย 

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The summer school will consist of two days of introductory courses in

  • Basics of QFT and the SM (Archil Kobakhidze)
  • Introduction to colliders and detectors (Ulrik Egede)
  • Introduction to theoretical nuclear physics (Cedric Simenel)
  • Accelerator physics (Suzie Sheehy)

an excursion to ANSTO and two days of advanced courses on

  • lattice QCD (Ross Young)
  • dark matter direct detection (Ciaran O'Hare + Theresa Fruth)
  • flavour physics (Ulrik Egede)
  • neutrino physics (Innes Bigaran)

In addition to the lecture program, there will be a poster session, academic careers panel session, and an industry night.

The summer school will be held in Old Main Building on the Kensington campus of UNSW in rooms G31 (lectures), 229 (workshops), G59/G60 (other activities).

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We are grateful for sponsorship from

Platinum sponsors

The UNSW Nuclear Innovation Centre is dedicated to advancing Australia's nuclear technology for global impact. It is a cross-disciplinary, cross-industry hub for improving Australiaโ€™s nuclear science industry, which includes interests in medicine, irradiated materials, waste management, space exploration and mining.ย 

Gold sponsors

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UNSW School of Physics

Silver sponsors

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Participants
    • 17:00
      BBQ on Physics Lawn Physics Lawn BBQ

      Physics Lawn BBQ

      BBQs on Physics lawn are on the east end of Physics Lawn, close to main entrance to Old Main Building (K15). Bad weather alternative: Old Main Building, G59
    • Lectures G31 (Old Maing Building)

      G31

      Old Maing Building

      • 1
        Welcome G31

        G31

        Old Maing Building

        Speakers: Dr AJ Mitchell (Australian National University), Dipan Sengupta (University of New South Wales, Sydney, Australia), Dr James Zanotti (The University of Adelaide), Michael Schmidt (UNSW Sydney), Theresa Fruth (University of Sydney)
      • 2
        QFT/SM G31

        G31

        Old Maing Building

        Speaker: Prof. Archil Kobakhidze
      • 11:05
        Coffee break and group photo G59 (Old Main Building)

        G59

        Old Main Building

      • 3
        Accelerators G31

        G31

        Old Maing Building

        Speaker: Dr Suzie Sheehy (University of Oxford and University of Melbourne)
    • 13:00
      lunch break G59 (Old Main Building)

      G59

      Old Main Building

    • Lectures G31 (Old Maing Building)

      G31

      Old Maing Building

      • 4
        Colliders and detectors G31

        G31

        Old Maing Building

        Speaker: Ulrik Egede (Monash University (AU))
      • 16:00
        coffee break G59 (Old Main Building)

        G59

        Old Main Building

      • 5
        Nuclear theory G31

        G31

        Old Maing Building

        Speaker: Cedric Simenel
    • Poster session G59 (Old Main Building)

      G59

      Old Main Building

      • 6
        A new idea for relating the asymmetric dark matter mass scale to the proton mass
        Speaker: Rafael Perez
      • 7
        All-orders inclusion of relativistic effects in atomic structure theory
        Speaker: Andoni Skoufris (The University of Queensland)
      • 8
        Atomic parity violation and neglected inseparable correlation corrections to polarisabilities.
        Speaker: Jack Easton (University of Queensland)
      • 9
        Axion Detection Using Atomic Clocks
        Speaker: Isabella Pham
      • 10
        Charm Baryon Mixing and SU(3) Flavour Symmetry Breaking from Lattice QCD
        Speaker: Lula Abdirashid Ali (University of Adelaide)
      • 11
        Constraining the nuclear magnetisation distribution with muonic atoms
        Speaker: Thakur Giriraj Hiranandani (the University of Queensland)
      • 12
        Coulomb Excitation Studies of Dysprosium-162
        Speaker: Thomas Perissinotto (The Australian National University)
      • 13
        Dark Matter Induced Nucleon Decay Through the Neutron Portal
        Speaker: Michael Verde (The University of Melbourne)
      • 14
        Direct Detection of Dark Photons
        Speaker: Narise Williams (The University of Physics)
      • 15
        Effect of the Weak Quadrupole Moment in Atoms and Molecules
        Speaker: Shannon Ray (University of Queensland)
      • 16
        Effectively dark matter
        Speaker: Laura Fang (The University of Melbourne)
      • 17
        Fission of Pre-Actinide Nuclei
        Speaker: Tony Tran (The Australian National University)
      • 18
        How Long Do Neutrons Live?
        Speaker: Joshua Perks (The University of Adelaide)
      • 19
        Investigation of excitation energy dependence of fission modes in actinides through transfer-induced fission
        Speaker: Hyeonseop Lee (Australian National University)
      • 20
        Machine Learning for Radiation Simulation in Time Sensitive Applications
        Speaker: James Stuchbery (Department of Nuclear Physics and Accelerator Applications, Research School of Physics, Australian National University.)
      • 21
        Modelling Energy Dissipation in a Time-Dependent Coupled Channels Model for Fusion
        Speaker: Maggie Webber (Australian National University)
      • 22
        Neutrino masses and their temperament
        Speaker: James Vandeleur (University of New South Wales (UNSW))
      • 23
        Non-Perturbative Spinor Tunnelling in Interacting Quantum Fields
        Speaker: Max Fleming
      • 24
        ORGAN-Low : Probing Sub-ฮผeV Axion Dark Matter with Optimised Haloscope Design
        Speaker: Raj Aryan Singh (Swinburne University of Technology)
      • 25
        Pepperpot Profiling: Probing Beam Properties with Pepperpot Devices
        Speaker: Ryan Stewart
      • 26
        Probing nuclear structure via hyperfine splitting in Yb-173
        Speaker: Jayden Hasted (The University of Queensland)
      • 27
        Probing the Pion using Lattice QCD
        Speaker: Ian Van Schalkwyk
      • 28
        QED Radiation in Hadron Decays
        Speaker: Giacomo Morgante (Monash University)
      • 29
        Renormalization Group Running of Neutrino Masses in the Scotogenic Model
        Speaker: Weihang Zhang
      • 30
        ResNet Makes Event Reconstruction at Hyper-Kamiokande Faster and More Accurate
        Speaker: Andrew Atta (Monash University)
      • 31
        Searching for a new fission mode in 220Ra
        Speaker: Misty Lakelin
      • 32
        Searching for triaxial deformation in highly exotic nuclei towards the neutron drip line
        Speaker: Luke Johnstone
      • 33
        Shell Model Investigations Around N = 28
        Speaker: Aditya Babu (Australian National University)
      • 34
        Spin tagging of b-hadrons
        Speaker: Alexander Jelavic (Monash University)
      • 35
        Study of proton elastic scattering on carbon-12 using MCAS
        Speaker: Ms Deeparna Bhattacharyya (The University of New South Wales, Australia)
      • 36
        The Cancellation of IR Divergences at Zero and Finite Temperature
        Speaker: Marko Beocanin (University of New South Wales)
      • 37
        The combinatorial method of Bc production cross section measurement
        Speaker: Gleb Chizhik (Monash University (AU))
      • 38
        The cross section of Bc+ production relative to B+ production mediated by double parton scattering (DPS) and single parton scattering (SPS)
        Speaker: Wanxia Li
      • 39
        Toponium? Yay or Nayโ€ฆ
        Speaker: Amelia Lovison (Adelaide University (AU))
      • 40
        UAV borne organic scintillation detectors for radiation surveys
        Speaker: Aithan Roufos (University of Adelaide)
    • Lectures G31 (Old Maing Building)

      G31

      Old Maing Building

      • 41
        Accelerators G31

        G31

        Old Maing Building

        Speaker: Dr Suzie Sheehy (University of Oxford and University of Melbourne)
      • 11:00
        coffee break G59 (Old Main Building)

        G59

        Old Main Building

      • 42
        QFT/SM G31

        G31

        Old Maing Building

        Speaker: Prof. Archil Kobakhidze
    • 13:00
      lunch break G59 (Old Main Building)

      G59

      Old Main Building

    • Lectures G31 (Old Maing Building)

      G31

      Old Maing Building

      • 43
        Nuclear theory G31

        G31

        Old Maing Building

        Speaker: Cedric Simenel
      • 16:00
        coffee break G59 (Old Main Building)

        G59

        Old Main Building

      • 44
        Colliders and detectors 229 (Old Main Building)

        229

        Old Main Building

        Speaker: Ulrik Egede (Monash University (AU))
    • Academic careers panel discussion G31 (Old Main Building)

      G31

      Old Main Building

      Convener: Theresa Fruth (University of Sydney)
    • ANSTO
    • Lectures G31 (Old Maing Building)

      G31

      Old Maing Building

      • 45
        Flavour physics G31

        G31

        Old Maing Building

        Speaker: Ulrik Egede (Monash University (AU))
      • 11:00
        coffee break G59 (Old Main Building)

        G59

        Old Main Building

      • 46
        Neutrino physics G31

        G31

        Old Maing Building

        Speaker: Dr Innes Bigaran (Fermilab and Northwestern University)
    • 13:00
      lunch break G59 (Old Main Building)

      G59

      Old Main Building

    • Lectures G31 (Old Maing Building)

      G31

      Old Maing Building

      • 47
        lattice QCD G31

        G31

        Old Maing Building

        Speaker: Ross Young
      • 16:00
        coffee break G59 (Old Main Building)

        G59

        Old Main Building

      • 48
        Neutrino physics G31

        G31

        Old Maing Building

        Speaker: Dr Innes Bigaran (Fermilab and Northwestern University)
    • Industry night G59 (Old Main Building)

      G59

      Old Main Building

    • Lectures G31 (Old Maing Building)

      G31

      Old Maing Building

      • 49
        DM direct detection G31

        G31

        Old Maing Building

        Speaker: Ciaran O'Hare (Sydney)
      • 11:00
        coffee break G59 (Old Main Building)

        G59

        Old Main Building

      • 50
        DM direct detection G31

        G31

        Old Maing Building

        Speaker: Theresa Fruth (University of Sydney)
    • 13:00
      lunch break G59 (Old Main Building)

      G59

      Old Main Building

    • Lectures 229 (Old Main Building)

      229

      Old Main Building

      • 51
        Geant4 229

        229

        Old Main Building

        Speaker: Dr Lindsey Bignell (Department of Nuclear Physics and Accelerator Applications, The Australian National University)
      • 16:00
        Coffee break G59 (Old Main Building)

        G59

        Old Main Building

      • 52
        Geant4 229

        229

        Old Main Building

        Speaker: Dr Lindsey Bignell (Department of Nuclear Physics and Accelerator Applications, The Australian National University)