3 - Photonics for health, food and cultural heritage
3 - Photonics for health, food and cultural heritage

The research takes place at the Physics Department of the Politecnico di Milano through a network of 14 cutting-edge laboratories dedicated to the 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. The common feature of all methods of investigation is the development of novel instruments aimed at the measurement of light with high temporal resolution and sensitivity. The main diagnostic principles are related to the analysis of fluorescence emission and propagation of optical radiation in highly diffusive media. The applicative vocation of this research line has led to the successful implementation of both laboratory instrumentation and portable devices in compliance with national and international regulations. These results have enabled the transfer of the technological innovation to hospital, clinical and museum environments.
The research line is also part of the activities of the Institute of Photonics and Nanotechnology (IFN ↗ (http://www.ifn.cnr.it/)) and the National Research Council (CNR ↗ (http://www.cnr.it/)). The laboratories and their instrumentation are part of the facility "Centre for Ultrafast Science and Biomedical Optics" (CUSBO ↗ (http://www.cusbo.polimi.it/)) of Laserlab Europe, accredited as "European Large Scale Infrastructure" by the European Union.
Laboratories
OCT-ITA
Optical Coherence Tomography and Interferometric Techniques Alike
Fluo
Fluorescence Spectroscopy
DOS
Diffuse Optical Spectroscopy
ArtIS
Imaging Spectroscopy for Cultural Heritage
OMT
Optical Microscopy and Tomography
fNIRS
functional Near Infrared Spectroscopy
fastFMT
Fast Fluorescence Molecular Tomography
Phantom
Diffuse Optical Phantoms
PHOOD
Photonics for Food
RAMAN
RAMAN
CelLab
CelLab
FAB LAB 3Dprint
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BRAIN
BrainLab
GAP
Gated Photon Counting
DOC
Diffuse Optics for Clinics
DIRS
Diffuse Raman Spectroscopy