Program

 

  • Biegert:
    1. Attosecond quantum technology for material science
  • Chekhova:
    1. Ultrafast Quantum Light in Strong-Field Physics
  • Caspani:
    1. An Introduction to Quantum Optics
  • Cerullo:
    1. 2D materials: Fundamentals and Applications to Ultrafast and Nonlinear Photonics
    2. “Making molecular movies with ultrashort light pulses”
  • Fausti:
    1. Addressing and controlling fluctuations in non-equilibrium experiments
    2. Cavity control of quantum materials: towards non-equilibrium stationary states
  • Krüger:
    1. Attosecond physics meets quantum optics
  • Leitenstorfer:
    1. Time-domain quantum electrodynamics;
    2. Petahertz electronics
  • Lewenstein:
    1. Why photons? A historical point of view;
    2. Why photons? A contemporary point of view
  • Nisoli:
    1. Attosecond and femtosecond methodologies for time-resolved investigation of molecular dynamics
  • Pupeza:
    1. Infrared spectroscopy for biomedical applications;
    2. Femtosecond enhancement cavities
  • Schlawin:
    1. An introduction to quantum metrology in ultrafast spectroscopy;
    2.Quantum systems strongly driven by nonclassical light
  • Tenne:
    1. Ultrafast spectroscopy in a microscope: observing individual nano objectslciGiul