Research Unit of di Sesto Fiorentino – LENS
In 2003, INO started a collaboration with the European Laboratory for Non-linear Spectroscopy (LENS). This has allowed the beginning of a permanent scientific activity of INO researchers at LENS laboratories and offices, and the opening of local LENS laboratories in Pozzuoli (Naples), nearby the local structures of INO.
Contacts:
c/o Polo Scientifico dell’Università degli Studi di Firenze.
Via Nello Carrara, 1 – 50019 Sesto Fiorentino.
Tel: 055-457 2090/2169
Fax: 055-4574904The Head of the unit is: Dr. Marco Bellini
c/o Polo Scientifico dell’Università degli Studi di Firenze.
Via Nello Carrara, 1 – 50019 Sesto Fiorentino.
Tel: 055-457 2090/2169
Fax: 055-4574904The Head of the unit is: Dr. Marco Bellini
Research Activities
Nonclassical Sources & Quantum Optics Quantum Information Cold Matter Theory Quantum Degenerate Atomic Gases Atomic And Molecular Spectroscopy Thz & Mid-Ir Sources Cavity Optomechanics Cold Molecules & Ions Frequency Metrology with Slow Molecules Photo-Active & Graphene-Based Materials Plasmonics, Photonic Crystals & Nanostructures Earth & Atmospheric Spectroscopy Advanced Optical Sensors Ultrashort Xuv & X-Ray and g-Ray Sources Biological And Biomedical Imaging & Manipulation Imaging & Image Processing Interferometry, Holography & Microscopy Materials Under High Pressures Plasmas, Electron Accel., Fusion Ignition, & Theory Nanophotonics Theory Visible-Light Communications (VLC) Solid State Lasers Ultraintense Laser Sources Optical Design & Lighting Simulation
Project Funding
In 2020 the activities of the unit are supported by funds of 30 projects, with a total budget of EUR 7.970.445,75
Nonclassical Sources & Quantum Optics Quantum Information Cold Matter Theory Quantum Degenerate Atomic Gases Atomic And Molecular Spectroscopy Thz & Mid-Ir Sources Cavity Optomechanics Cold Molecules & Ions Frequency Metrology with Slow Molecules Photo-Active & Graphene-Based Materials Plasmonics, Photonic Crystals & Nanostructures Earth & Atmospheric Spectroscopy Advanced Optical Sensors Ultrashort Xuv & X-Ray and g-Ray Sources Biological And Biomedical Imaging & Manipulation Imaging & Image Processing Interferometry, Holography & Microscopy Materials Under High Pressures Plasmas, Electron Accel., Fusion Ignition, & Theory Nanophotonics Theory Visible-Light Communications (VLC) Solid State Lasers Ultraintense Laser Sources Optical Design & Lighting Simulation
Project Funding
In 2020 the activities of the unit are supported by funds of 30 projects, with a total budget of EUR 7.970.445,75