Labs
The Department's research activities are also conducted in Experimental Laboratories equipped with specialized equipment and technologies. These laboratories combine theoretical research with a practical approach made up of study, design and prototyping through the knowledge and use of the instrumentation with which they are equipped.
Ultrashort light pulse generation and applications to the study of ultrafast phenomena in the matter
The research activity concerns the development of new laser sources for the generation of ultrashort pulses (in the femtosecond domain) and their application to the study of dynamic processes in materials.
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ARCOLAB
ARCO Laboratory
AUDACE
Attosecond laboratory for advanced materials
CLARK
Laboratory for IR-VIS ultrafast spectroscopy
FEXRAYS
Laboratory for XUV ultrafast spectroscopy
STRATUS
Femtosecond laser laboratory
TOMATTO
High-energy attosecond pulse laboratory
UDynI
Ultrafast Molecular Imaging
ULTRAS-TW
Mid-IR Laser Laboratory for Strong-Field Physics
VIBRA
Nonlinear Optical Microscopy Lab
Solid state lasers and photonic devices
Development of solid state lasers and integrated photonic devices for application to environmental monitoring, telecommunications and coherent control of light
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AQUA
Advanced Quantum Applications
CAPABLE
Composite inegrAted Photonic plAtform By ultrafast LasEr micromachining
CEMLAB
Computational ElectroMagnetics Lab
CHROME
Coherent Raman metrology of molecular hydrogen
COSMOS
COmb-aSsisted MOlecular Specroscopy
DIAMOND
Development and Inscription by Additive Manufacturing of Nano Devices
FIRE
Fabrication by Infrared laser Radiation Exposure
LIFE
Light Integrated with Fluidic Experiments
MIRACLE
Mid-IR lAser for optiCaL spEctroscopy and metrology
SNOW
System for Nanopositioning of Optical Waveguides
SOLAR
SOlid-state LAseRs
Photonics for health, food and cultural heritage
Development of new methods and innovative techniques based on photonics and mainly aimed at non-invasive diagnostic applications in several areas, including biomedical, agri-food and cultural heritage.
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3DP
3D Print lab
ArtIS
Imaging Spectroscopy for Cultural Heritage
BRAIN
BrainLab
DIRS
Diffuse Raman Spectroscopy
DOC
Diffuse Optics for Clinics
DOS
Diffuse Optical Spectroscopy
fastFMT
Fast Fluorescence Molecular Tomography
Fluo
Fluorescence Spectroscopy
fNIRS
functional Near Infrared Spectroscopy
GAP
Gated Photon Counting
OMT
Optical Microscopy and Tomography
Phantom
Diffuse Optical Phantoms
PHOOD
Photonics for Food
RAMAN
RAMAN
Epitaxial growth and nanostructure fabrication
Focused on the growth of nanostructured artificial materials and fabrication and characterization of semiconductor thin films for microelectronic and optoelectronic applications
Electronic, optical and magnetic properties of low-dimensional systems
Study of foundamental electronic and magnetic properties of solids with electron spectroscopy and to the development of new experimental methods in that field.