Ares Rodríguez, Miguel (Date of defense: 2009-10-16)
The continuous improvements of optical design tools and manufacturing technologies of free-form optical elements, allow the creation of new complex-shaped lenses that improve the performance of traditional ...
Jha, Ajit (Date of defense: 2016-11-25)
Diese Arbeit soll einen Beitrag leisten zur Entwicklung neuer Sensorstrategien, basierend auf Phänomenen der optischer Rückkopplung, in Kombination mit die Intensitätsmodulation des Lasers. Optische ...
Azcona Guerrero, Francisco Javier (Date of defense: 2018-07-20)
In this Thesis, we explore Self-mixing interferometry (SMI ), a method capable of producing high resolution optical path related measurements in a simple, compact and cost-effective way. Even with a ...
Rojo Badenas, Pilar (Date of defense: 2015-10-21)
This thesis proposes a method to evaluate and quantify in a precise way the peripheral refraction induced by an ophthalmic lens. The motivation for this work stems from the progression of myopia and its ...
Suc, Vincent (Date of defense: 2018-11-07)
In this thesis, we synthesize the development of a new concept of operation of small robotic telescopes operated over the Internet. Our design includes a set of improvements in control algorithmic and ...
Peña Gutiérrez, Sara (Date of defense: 2023-02-24)
(English) Polarization is one of the properties of light and it is often put aside. Human beings receive light beams and process only the intensity and wavelength information. Our optical system lacks ...
Yáñez Alvarado, Carlos René (Date of defense: 2024-01-18)
(English) In this doctoral thesis, significant strides have been made in the realm of biofluid flow sensing through the innovative integration of Self-Mixing Interferometry (SMI) with confocal microscopy ...
Atashkhooei, Reza (Date of defense: 2013-11-04)
Among the laser based techniques proposed for metrology applications, classical interferometers offer the highest precision measurements. However, the cost of some of the elements involved and the number ...