The Department of Physics
The Department of Physics pursues excellence in scientific research in the field of Physics of Matter and Applied Physics, combining research and innovation, for the development of internationally advanced instrumentation and technologies with high social impact. It collaborates with national and international centers of excellence, including large Research Infrastructures.
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Antonio Caruso awarded at the Italian Physical Society’s International School of Physics “Enrico Fermi”
Award
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Dynamic Interference of Chirped Photoelectrons
Published by Federico Vismarra and Matteo Lucchini
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High-throughput wide-field multispectral FLIM system based on a 16-channel silicon photomultiplier array Open Access
Published by Laura Di Sieno e Andrea Farina
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Diamond “defects” improve the performance of quantum bits
Published by Giulio Coccia and Shane Eaton
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Catching hot electrons at the atomic scale
Published by Andrea Schirato, Giulio Cerullo and Giuseppe Della Valle
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Photonic quantum kernels outperform classical machine learning in real experiments
Published by Ciro Pentangelo, Andrea Crespi and Roberto Osellame
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Research Lines
1- Generazione di impulsi ultrabrevi e loro applicazioni alla fisica della materia
The research activity concerns the development of new laser sources for the generation of ultrashort optical pulses (in the femtosecond regime) and their application to the study of dynamical processes in materials
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Research Lines
2 - Solid state lasers and photonic devices
The research activity concerns the development of solid state lasers and integrated photonic devices for application to environmental monitoring, telecommunications and coherent control of light.
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Research Lines
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
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Research Lines
4 - Epitaxial growth and nanostructure fabrication
The activity is focused on the growth of nanostructured artificial materials (typically layers of nano- or subnanometric thickness) and on their characterization by means of several spectroscopy and microscopy techniques.
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Research Lines
5 - Electronic, optical and magnetic properties of low-dimensional systems
This activity is devoted to the fundamental electronic and magnetic properties of solids studied with electron spectroscopy and to the development of new experimental methods in that field.
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