Curiosity has always brought me closer to the world of science. After the studies I earned the PhD in Physics at the University of Trento. Formerly I did R&D as a PostDoc at Polytechnic of Milan and as a freelancer. Currently I'm a researcher at INRiM.
In the free time and in the profession I deal mainly with programming, electronics and optics. Furthermore I'm passionate of sports, travels, nature, books, cinema, technology, computers, radio, photography... and much more!
«The important thing is not to stop questioning» A.E.
Optical frequency standards, fiber optic sensors, quantum communication
Research activity in the field of dissemination of ultrastable lasers using optical links, of technologies for quantum key distribution, and of seismological monitoring with optical fibers. Development of coherent interferometry techniques for the comparison of optical frequency standards and the realization of the international timescale.
Controlling and monitoring of laser processes
Research activity on monitoring and controlling laser processes with low-coherence interferometry and advanced optical sensors. Design and development of innovative methods and prototypes for industrial laser applications in cutting, ablation, welding and 3D additive manufacturing.
Observation of the Kibble–Zurek mechanism in a bosonic gas
Study of the mechanism of spontaneous formation of defects in Bose–Einstein condensates while crossing a second-order phase transition in ultracold atomic gases.
A compact high-flux source of cold sodium atoms
Implementation, optimization and experimental characterization of an innovative atomic source at the ultracold gases laboratory of the BEC group of Trento.
Study of the vibrational dynamics in vitreous B2O3 as a function of temperature
Experimental characterization of disordered systems using Raman scattering spectroscopy.
atomic physics quantum physics metrology BEC ultracold gases phase transitions condensed matter optics materials science semiconductors electromagnetism statistics signal processing numerical simulations problem solving laboratory instrumentation scientific cameras optomechanical design programming data analysis image analysis
lasers optical fibers photonics interferometry OCT low coherence interferometry QKD optical cavities ultrastable lasers laser processing phase control laser cutting additive manufacturing data acquisition digital electronics analog electronics sensors control of experiments vacuum systems magnetic traps
Linux Windows
embedded systems AVR microcontrollers Arduino ARM microcontrollers STM32 FPGA DSP interfaces with computers instrumentation control Raspberry PI
circuit design filters signal amplifiers radio frequency antennas sensors magnetic fields PCB circuits DAC ADC lock-in PLL
FEM - FEA 3D CAD Comsol SolidWorks Inventor FreeCAD NEC modeling MEEP FDTD KiCad EDA
Research activity in the field of frequency metrology, optical fiber links, quantum communication, optical interferometry, and ultrastable lasers.
Research activity in the field of optical interferometry and sensors for industrial laser processing.
Research and development activity of new components and control technologies for the industrial laser cutting process.
Design of mechanical parts for optical tables and astronomical telescopes. Software development for measuring instruments.
Desing and implementation of a digital system for the automatic control and alignment of lasers and optical cavities.
Laboratory and research activity in the field of atomic and quantum physics.
Lessons and classroom exercises of general physics (electromagnetism) for the degree of environmental engineering.
Master of Science with specialization in experimental physics.
Teaching support and classroom exercises of mathematical analysis and object programming for the degree of computer science.
Fundamental courses for the bachelor degree in physics.
Here I am!
Italian (mother tongue)
English (advanced)
Spanish (basic)
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