Dentro del ciclo de conferencias del Master Oficial Universitario en Ingeniería de Telecomunicacion, tendremos el placer de contar con la charla impartida por D. Alejandro Rubia Ortiz, gerente de la empresa ATISoluciones.
A laser interferometer typically combines a number of beams that travel different optical paths to determine factors such as lengths, surface irregularities or the index of refraction of materials. Heterodyne detection is a well-established method for sensing tiny optical pathlength displacements through measurements of the phase shift between interfering signals. The ability of measuring displacements with high dynamic range and accuracy at the picometer-level has made this technique a crucial resource in many high-precision metrology applications, particularly for gravitational physics experiments in space, where one of the interfering beams is sensed at ultra-low light power. This talk gives an overview of novel designs and developments for inter-satellite laser ranging instruments able to extract picometer-stable displacement and nanometer-stable tilt measurements, enabling attitude control, absolute positioning, clock synchronization and optical data transfer.
Información de la charla de inicio del curso 2021-2022.
En este video se ofrece una charla en la que intervienen el Director de la ETSIIT, la vocal en Granada del COIT-AORM y el Coordinador del MUIT. La charla proporciona información académica y de orientación profesional.
