Syllabus

Explore our biomedical approach to advanced photonics

Program with a biomedical focus on advanced photonics.

Optical method that analyzes reflected light from tissues to assess physiological and pathological conditions without physical intervention.

Study of how light propagates, scatters, and is absorbed in biological tissues, enabling optical techniques for biomedical analysis and diagnostics.

Study of how light affects and passes through biological media.

Spectroscopic method that identifies molecular composition of tissues through light scattering for precise biomedical diagnostics.

Modern optical imaging approaches that enhance visualization and analysis of biological structures and processes.

Study of how light affects and passes through biological media.

High-resolution imaging technique based on low-coherence light for visualizing internal tissue structures in real time.

Study of how light affects and passes through biological media.

Fundamental principles of infrared light interaction and image formation for thermal and biomedical applications.

Core concepts of light–matter interaction used to analyze biological samples for research and medical diagnostics.

Technique that measures changes in light polarization to evaluate tissue structure, composition, and pathological alterations.

Photonics studies light and its interaction with matter.

This syllabus is ideal for students and professionals in biomedicine.

The techniques are used for non-invasive diagnostics and detailed analysis of biological tissues.

Basic knowledge of optics and biology is recommended.

You can register using the registration button on the main page.

The program provides tools to understand and apply advanced techniques in biomedical photonics.