Laser interferometry Lab - LīLā

Exploration of the physical complexity of nonlinear laser feedback interferometry phenomena and their applications in sensing and imaging. Current activity targets the quantum limit of shot noise detection and the integration on silicon photonic circuits. The laboratory is also occasionally used for master's students training.

Research Team


Principal Investigator
Maurizio Dabbicco

Maurizio Dabbicco


Main projects

  • PRIN22 - MId infRAred laBel free Interferometric detectorLess Imaging photonic circuitS - MIRABILIS

  • COST Action CA20159 - Understanding interaction light - biological surfaces: possibility for new electronic materials and devices - PhoBioS

  • EDF, Advanced, Disruptive and Emerging QUAntum technologies for DEfence - ADEQUADE

     

Relevant Publications

  • M Dabbicco et al. (2024) Towards a label free coherent detectorless imaging module in photonic integrated circuits, in Biomedical Spectroscopy, Microscopy, and Imaging III, SPIE 13006, in print

  • M Dabbicco et al. (2023) Laser optical feedback turns 60, Sensors, 23, 1176

  • M Dabbicco et al. (2021) Scanless optical feedback imaging principle by single-pixel compressed sensing, Applied Optics, 60, B88

  • M Brambilla et al. (2020) Versatile multimodality imaging system based on detectorless and scanless optical feedback interferometry—a retrospective overview for a prospective vision, Sensors, 20, 5930

  • M Dabbicco and G Colafemmina (2019) Multi-wavelength imaging of tissue phantoms by optical feedback interferometry, in Nanoscale Imaging, Sensing, and Actuation for Biomedical Applications XVI, SPIE 10891, 86

Location: S34