Numerical methods for diffractive calculations in optical simulation environments. Application to the calculation of the PSF of systems with elements of low space period.
The aim of the project is to develop numerical methods to evaluate the diffractive effects displayed in optical systems when ... [+info]
Development of new techniques and advanced instrumentation for clinical evaluation of eye's optical quality and color measurement in industrial applications of high interest
The project lies in the context of two research fields of hight scientific and technological interest, visual optics andcolor technology. ... [+info]
Development of new metrological applications on micro and nanometrical scale based on adaptive optics techniques.
The use of wavefronts with high degree of complexity (wild aspherics, rotationally symmetrical, with high-order modes induced, etc.) is becoming ... [+info]
High precision anamorphic optics for HD recording
Development of optical metrology techniques for alignment and quality measurement of anamorphic optical systems
This coordinated project is situated in the context of two fields of investigation with a great interest such as the ... [+info]
Development of new strategies in order to obtain global transmission functions in optical systems.
Three-dimensional profilometry of the human skin by means of strip projection.
Active and adaptive optics have already proven their capabilities in the field of optical metrology, as a complementary tool which ... [+info]
Development of a comprehensive technical and scientific study on the "Confocal Tracking" technique and the capacity of an optical profilometry based on this technique to get measurements of the shape of optical surfaces as aspherical and free-forms with nanometer precision.
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