Course Syllabus
Titolo
Principles of laser physics and non-linear optics
Docente(i)
Giuseppe Chirico
Lingua
English
Breve descrizione
L'inversione di popolazione e l'emissione stimolata come requisito della formazione di luce laser.
Analisi di cavità confocale e il campo elettrico nel modo Gaussiano.
Conseguenze nella microscopia ottica a scansione con eccitazione lineare e non lineare.
Applicazioni nel campo biofisico della microscopia a scansione con eccitazione a 2 e 3 fotoni (2 and 3 photons excitation, second and third harmonci generation)
CFU / Ore
1/8 ore
Periodo di erogazione
settembre-ottobre 2026
Sustainable Development Goals
Title
Principles of laser physics and non-linear optics
Teacher(s)
Giuseppe Chirico
Language
English
Short description
-
Population Inversion and Stimulated Emission
Fundamental principles underlying the generation of laser light, with emphasis on the role of population inversion and stimulated emission as essential prerequisites. -
Confocal Cavities and Gaussian Modes
Analysis of confocal optical cavities and the characteristics of the electric field in Gaussian modes, including implications for beam propagation and stability. -
Linear and Nonlinear Excitation in Scanning Optical Microscopy
Exploration of the consequences of linear versus nonlinear excitation mechanisms in scanning optical microscopy, highlighting differences in resolution, signal generation, and imaging depth. -
Biophysical Applications of Multiphoton Microscopy
Advanced applications of scanning microscopy in biophysics, focusing on two-photon and three-photon excitation techniques, as well as second- and third-harmonic generation processes for high-resolution imaging of biological systems.
CFU / Hours
1/8 hours
Teaching period
september & ocotber 2026