Each school day includes a dedicated three-hour block of hands-on laboratory work, giving every student the chance to collaborate directly with leading scientists and industry professionals across a broad spectrum of research and technology disciplines. Here the list of labs:
- Masterclass-1 on AstroPhysics/Cosmology: Heliophysics for non-experts
- Masterclass-2 on Particle Physics: Beyond the Standard Model for non-experts
- Masterclass-3 on Plasma Physics: Introduction for non-experts on Plasma Fusion and Sun Plasma
- Masterclass-4 on Quantum Physics: from Quantum Mechanics to Quantum Technology with some examples
- UltraFast Si sensors characterization: Richard Hall-Wilton (FBK-SD, IT)
- Smart pixels (tbc)
- Introduction to Advanced Technology for the Dosimetry in Flash Radiotherapy: Fabio di Martino, (Azienda Ospitalaria-Universitaria Pisana, CPFR), Giuliana Miluzzo & Francesco Romano (INFN Sezione di Catania)
- SemiConductor LiDAR (Light Detection and Ranging): Yoshinobu Unno (KEK, JP) in collaboration with Hamamatsu Photonics K.K., HPK, JP
- Cherenkov Crystal associated with Quantum-dot as a wavelength shifter (WLS): Jean Louis Faure (CEA-IRFU, Saclay, FR)
- Drift Tube characterization: Giovanni Gallucci & Marco Chiappini (INFN-Pisa)
- Trigger with GPU: Gianluca Lamanna & Jacopo Pinzino (INFN-Pisa)
- Single Photon Entanglement Lab: Alessandro Tredicucci, Silvio Donato, Donatella Ciampini & Oliver Morsch (UNIPI, Pisa)
- High Tc Superconducting Quantum Interference Detector (SQUID): Federico Paolucci, Claudio Puglia & Andrea Tartari (INFN-Pisa)
- Analytical and Numerical Design of Normal and Superconducting Magnets: Stephan Russenschuk (CERN, TE Division)
- Development Process of a High-Temperature Supraconductor Magnet (HTS): Design, Fabrication & Testing: Luis Garcia-Tabares & Javier Munilla (CIEMAT, Madrid, SP), Carlos Hernando (Cyclomed Technology S.L., Madrid)
- FUSION Tokamak Lab Jeronimo Garcia Olaya (CEA-IRFM and JT-60SA) (in fieri)
- FERMI-GLAST Telescope; 4-planes of the telescope for data collection and tracking of cosmic rays: Carmelo Sgro' & Luca Baldini (INFN-Pisa)
- Remote Solar Observation with the GREGOR Solar Telescope in Tenerife: Rolf Schlichenmaier (Kiepenheuer-Institut für Sonnenphysik, KIS, Freiburg, DE)
- Observations and Data Analysis with the Canada France Hawai’i Telescope (CFHT): Luc Arnold (resident astronomer), Nadine Manset (Director of Science Operations), the Remote Observers on duty at the time of the School (current Remote Observers are Alexis Acohido, Jessica Nagasako, Jasmin Silva, Lisa Wells) & Jean-Gabriel Cuby (Executive Director)
- HPC, Integration of Simulation/ Data/ Machine Learning on a Heterogeneous Supercomputer system: Takashi Arakawa (CliMTech / The University of Tokyo, JP), Shinji Sumimoto & Kengo Nakajima (The University of Tokyo, JP)
- AI software-based Labs, applied to fields outside of the Fundamental Research (Astro and HEP), in preparation
- Inferring Artificial Intelligence's Algorithm on AMD Xilinx FPGAs: Davide Cieri (Max Planck Institute für Physik, Garching bei München, DE)
- AI hardware-based Lab: introduction to embedded AI into microelectronics design with hls4ML (CERN, ETHZ) (in preparation)
- Quantum Communication Experience: Rogerio Iope (UNESP, BR)
- Quantum Computing using AWS (Amazon): Julia T. Thiele (Amazon) and AWS collaborators.
- A Portable PET, GEANT 4 simulation basics: Emanuele Antonecchia (BF Research, Department of Life Science and Technology, IT), Nicola D’Ascenzo and collaborators (U. of Science & Technology in China, USTC, Hefei, CN)
- PET characterisation: Matteo Morrocchi & Giancarlo Sportelli (UNIPI, Pisa)
- Particle Therapy treatment planning: Aafke Kraan (INFN-Pisa)
- Cultural Heritage (Visit): Sunday September 7 at the Laboratorio di tecniche nucleari per l’Ambiente e i Beni Culturali, LABEC (INFN-Firenze & University of Florence): Lorenzo Giuntini & Francesco Taccetti (INFN-Firenze)
