4th PhyNuBe school : Innovative Technologies, Theories, and Methodologies in Nuclear Physics

Europe/Paris
Description

The organization of the PhyNuBE schools is one of the key initiatives of the GDR RESANET. These schools aim at educating physicists in the field of low-energy nuclear physics and promoting exchanges between them. The subject of our discipline deal with the study of the structure and dynamics of atomic nuclei, fundamental symmetries, fission, astrophysics, physics at the drip lines and societal applications, to quote a few. 

Over the past decade, innovative experimental and theoretical methods have emerged. These new avenues require for both young and experienced scientists to constantly acquire new knowledge and to master new tools. The aim of this 4th school is to introduce them and train researchers and students in emerging concepts.

The following subjects, mostly here applied to nuclear physics, will be addressed:

  • Machine learning and artificial intelligence in experiment and theory
  • Bayesian methods to predict physics phenomena from observations and theories
  • Quantum computing 
  • Quantum sensors
  • Storage rings for spectroscopy and reactions
  • Study of open nuclear quantum systems and synergy with other quantum objects

 

For the first three topics, lectures will be followed by 3-hour training sessions in order to favour the understanding and integration of the subjects. To initiate synergies, participants of the school are invited to submit a contribution that will be selected either as a talk or as a poster.

The event is supported by the GDR Resanet, EUROLABS and the Formation Permanente of the CNRS. Thus, partial support is expected to be available for participantsPersonal of the CNRS are highly encouraged to apply as their fees could be covered by the Formation Permanente of the CNRS. The registration fee for non-supported participants covering lodging and all meals during the event, will be about 500 euros, to be paid onsite. 

The number of participants will be limited to 60 participants.

Abstract submission and Registration dead line :  15th February 2025  

The organizers: 

Pauline Ascher, Diego Gruyer, Chloë Hebborn, Denis Lacroix, Antoine Lemasson, Olivier Sorlin (Chair)

    • Machine Learning
    • Bayesian methods
    • 10:30
      Coffee break
    • Open quantum systems
    • Contributions
      • 1
        Application of Bayesian analysis methods in gamma-ray spectroscopy
        Orateur: Franziskus Spee
      • 2
        A Bayesian approach to the Coulomb breakup of 19C
        Orateur: Quentin Bozet
    • 12:30
      Lunch
    • 15:30
      Coffee Break
    • Training: BM
    • Training: ML
    • Quantum computing
    • Bayesian methods
    • 10:30
      Coffee break
    • Contributions
      • 3
        Quantum simulation and encoding strategies for nuclear many-body models
        Orateur: SAMIRA BAID (Universidad de Sevilla)
      • 4
        Solution of the Equation of Motion Phonon Method eigenvalue problems on the D-Wave quantum annealer
        Orateur: Gennaro Nunziata
    • Open quantum systems
    • 12:30
      Lunch
    • 15:30
      Coffee Break
    • Training: BM
    • Training: QC
    • Machine Learning
    • Quantum computing
    • 10:30
      Coffee break
    • Quantum sensors
    • Contributions
      • 5
        Quantum Entanglement and Quantum Simulation Involving Atomic Nuclei
        Orateur: Dr Ashutosh Singh
      • 6
        Machine learning techniques in the nFacet3D system
        Orateur: Kaciel Béraud (Normandie Univ, ENSICAEN, UNICAEN, CNRS/IN2P3, LPC Caen)
    • 12:30
      Lunch
    • 7
      Poster session

      Driss Guillet -- SALER : Cryogenic quantum sensors for Nuclear recoil spectroscopy experiments

      Marah Jbayli -- Phoswich Detector Calibration for the MORA Experiment

      Prince Shaheen Parvez -- High-precision Q-value measurements with the JYFLTRAP Penning trap for cosmic neutrino background studies

      Sara Chafik -- Shape Coexistence and Transition in 66Se Studied with Microscopic and Phenomenological Models

      Samuel Durand -- Measurement of Beta Decay Properties of Nuclei of Interest for Nuclear Structure and Astrophysics, and Applications

      Piotr Garczyński -- Gamma-ray spectroscopy of long-lived fragments in fusion-fission studies

      Safa Helal -- Feasibility Studies for Medical Auger Spectra

      Mohammed Nejmi -- Exploring Machine Learning Techniques to Describe Nuclear Reactions

      Emilien Schroeder -- Uncertainty quantification of nuclear models through machine learning

      Prabhat Sharma -- Study of 68Ni by means of (d,p) and (p,d) transfer
      reactions

      Gianluca Stellin -- Investigating the alpha-cluster structure of 24Mg through Nuclear Lattice Effective Field Theory

      Enzo Thiriont-Bernolle -- Eigenvector continuation on HFB and PGCM states + Collective EFT

    • Quantum sensors
    • Storage rings
    • 10:30
      Coffee break
    • Contributions
      • 8
        Need for innovative algorithms in ACTAR TPC decay experiments analysis
        Orateur: Jérôme Giovinazzo (LP2IB (CENBG) CNRS / Univ. Bordeaux)
      • 9
        The tetra-neutron isobaric analog state in 4H
        Orateur: Quentin Délignac (IJCLab)
      • 10
        Matter radii from interaction cross sections using microscopic nuclear densities
        Orateur: Andrew John Smith
      • 11
        Low-depth variational circuit design for heavy nuclei
        Orateur: Chandan Sarma
    • 12:30
      Lunch
    • 15:30
      Coffee Break
    • Training: ML
    • Training: QC
    • Open quantum systems
    • Storage rings
    • 10:30
      Coffee break
    • Contributions
      • 12
        Beyond ADC(2): A Multichannel Dyson Equation Approach to Nuclear Optical Potentials
        Orateur: Thibault Demartini
      • 13
        From Giant to Pygmy: Electric Dipole Response in Light Nuclei and Its Astrophysical Impact
        Orateurs: Oscar Le Noan (IPHC - CNRS - University of Strasbourg), Oscar Le Noan (IPHC - Groupe Théorie)
      • 14
        Cluster structures in 12C
        Orateurs: Louis Heitz (CEA), Louis Heitz (IJCLab & CEA/Irfu/DPhN)
      • 15
        Hypernuclei in Gamow Shell Model
        Orateur: Alan Cruz DASSIE (Grand Accélérateur National d’Ions Lourds (GANIL), CEA/DSM - CNRS/IN2P3, BP 55027, F-14000 Caen, France)
    • 12:30
      Lunch