Domoschool 2025

Europe/Rome
Domodossola

Domodossola

Pierpaolo Mastrolia (Dipartimento di Fisica e Astronomia Università di Padova), Sergio Cacciatori (University of Insubria, Como)
Description

Domoschool: International Alpine School of Mathematics and Physics

 

Domoschool 2025 
Amplitools: Mathematical Methods for Particle Physics, Gravitation and Cosmology

The Domoschool 2025 edition focuses on the rich mathematical structure emerging from Feynman integrals and Scattering Amplitudes in Particle Physics, Gravity, Cosmology and String Theory, as well as from Euler-Mellin integrals and related GKZ systems in Mathematics, and their relation to modern techniques of Computer Science. Its interdisciplinary program consists of FOUR courses for a total of 20 hours and it is oriented to PhD students, postdocs and early career researchers, both in mathematics and in physics. Interaction with and among lecturers will be also encouraged.

Introduction to the Theory of Feynman Integrals
Lorenzo Tancredi
(School of Natural Sciences, Thechnisce Universität München)

Gravitational waves: The (quantum) field theorist's approach
Rafael Porto
(Astroparticle Physics Division, DESY in Hamburg).

Algebraic Aspects of Linear PDEs
Anna Laura Sattelberger
(Max Planck Institute for Mathematics in the Sciences, Leipzig)

Machine learning for theoretical particle physics
Matthias Wilhelm
(University of Southern Denmark) 



domoschool2025_webpage

ARS.UNI.VCO ETS Association
    • 1
      Registration
    • 2
      Introduction to the Theory of Feynman Integrals
      Speaker: Lorenzo Tancredi
    • 11:00
      Coffee break
    • 3
      Gravitational Waves: the (Quantum) Field Theory Approach
      Speaker: Rafael Porto
    • 12:30
      Lunch break
    • 4
      Gravitational Waves: the (Quantum) Field Theory Approach
      Speaker: Rafael Porto
    • 5
      Introduction to the Theory of Feynman Integrals
      Speaker: Lorenzo Tancredi
    • 16:30
      Coffee break
    • 6
      Algebraic Aspects of Linear PDEs
      Speaker: Anna Laura Sattelberger
    • 7
      Wall crossing structure from quantum phenomena to Feynman integrals
      Speaker: Anthony Massidda
    • 8
      Introduction to the Theory of Feynman Integrals
      Speaker: Lorenzo Tancredi
    • 11:00
      Coffee break
    • 9
      Gravitational Waves: the (Quantum) Field Theory Approach
      Speaker: Rafael Porto
    • 12:30
      Lunch break
    • 10
      Gravitational Waves: the (Quantum) Field Theory Approach
      Speaker: Rafael Porto
    • 11
      Machine Learning for Theoretical Particle Physics
      Speaker: Matthias Wilhelm
    • 16:30
      Coffee break
    • 12
      Feynman Integral Reduction using Syzygy-Constrained Symbolic Reduction Rules
      Speaker: Sid Smith
    • 13
      Computing three-loop master integrals for the production of two off-shell vector bosons
      Speaker: Dhimiter Canko
    • 14
      Polynomial Division and Elimination Theory Over Finite Fields
      Speaker: Giulio Crisanti
    • 15
      TBA
      Speaker: Mattia Pozzoli
    • 16
      TBA
      Speaker: Wojciech Flieger
    • 10:00
      Guided tour
    • 18:30
      Social Dinner
    • 17
      Algebraic Aspects of Linear PDEs
      Speaker: Anna Laura Sattelberger
    • 11:00
      Coffee break
    • 18
      Machine Learning for Theoretical Particle Physics
      Speaker: Matthias Wilhelm
    • 12:30
      Lunch break
    • 19
      Machine Learning for Theoretical Particle Physics
      Speaker: Matthias Wilhelm
    • 20
      Gravitational Waves: the (Quantum) Field Theory Approach
      Speaker: Rafael Porto
    • 16:30
      Coffee break
    • 21
      Gravitational Waves: the (Quantum) Field Theory Approach
      Speaker: Rafael Porto
    • 22
      TBA
      Speaker: Giacomo Brunello
    • 23
      Public Lecture -- Riscrivere le regole dell’ereditarietà: la genetica contro le malattie trasmesse dagli insetti
      Speaker: Andrea Crisanti
    • 24
      Modelling vector borne diseases and control measures
      Speaker: Andrea Crisanti
    • 25
      Unnatural selection modelling and implementation of gene drive
    • 11:00
      Coffee break
    • 26
      Machine Learning for Theoretical Particle Physics
      Speaker: Matthias Wilhelm
    • 12:30
      Lunch break
    • 27
      Machine Learning for Theoretical Particle Physics
      Speaker: Matthias Wilhelm
    • 28
      Algebraic Aspects of Linear PDEs
      Speaker: Anna Laura Sattelberger
    • 16:30
      Coffee break
    • 29
      Gluing via Intersection Theory
      Speaker: Tobias Scherdin
    • 30
      TBA
      Speaker: Matteo Pegorin
    • 18:00
      Goodbye