Program

Overview

Lectures are arranged in slots of 1.5 hours, for a total of 14 slots. Time is shared between theoretical and experimental lectures. Theoretical topics are matched to related experimental subjects.

The School program also includes

For the detailed timetable of the School program see the schedule.

Lectures

Topic No. of
Lectures
Speaker
Theory lectures
Theories Beyond the Standard Model2Veronica Sanz
(Valencia U.)
Neutrino theory and phenomenology2Gabriela Barenboim
(Valencia U.)
Searches for BSM physics at low energy: a theory overview1Martín González-Alonso
(IFIC & Valencia U.)
Modelling nuclear processes in stellar evolution and nucleosynthesis2Alberto Mengoni
(ENEA & INFN Bologna)
Experimental lectures
BSM physics at high energies: an experimental review 2Steven Lowette
(Vrije U., Brussels)
The g-2 experiment: status and prospects of precision tests of the Standard Model with muons1Graziano Venanzoni
(Liverpool U. & INFN Pisa)
Neutrinoless double-beta decay search: experimental aspects 1Riccardo Brugnera
(Padua U. & INFN Padua)
Probing neutrino masses in the laboratory1Christoph Wiesinger
(TUM Munich)
Introduction to plasma acceleration1Gemma Costa
(INFN LNF)
Nuclear astrophysics in plasma environment1Silvia Pisano
(INFN LNF)

Other Events

Spring School Colloquium on Science and Technology Machine Learning: from mammal's brain to statistical mechanics (Elena Agliari)
and
8th Young Researchers Workshop: “Physics Challenges in the LHC Era”

Further information on this workshop can be found here.