Propagation and image formation through media with structured indexes of refraction, such as anisotropic media, GRIN media (Graded Index of refraction), optical fibers, etc.
Perturbations on the modal structure of a laser beam due to the propagation in a turbulent atmosphere at laboratory level.
Statistical deviations of the laser beam propagation produced by atmospheric
perturbations in experiments at laboratory and fields levels.
Statistical deviations of the auto-image formation of a grade produced by the atmospheric
Transmission of a laser beam by turbid media.
Image formation by turbid and turbulent media using confocal scanning laser
microscopy.
The most relevan works
It was found that the index of refraction of air has a fractional Brownian
behaviour.
The auto-images formation was explained by using the Feynman formalism.
A method for measuring the lacunarity of a fractal structure by using difraction was found.
Morphological variations of alive cells were determined by the introduction
of a microscopical interferential technique.
Topographic variations of human foot were achieved in footstep by means of
structured illumination.
A The basis for the formation of moiré by using hidden or implicit gradeswas established and an enlargement of the distance measurement was conducted.
Available equipment
Visible and infrared lasers.
A complete Optical bench and a complete optical table.