{"id":1696,"count":2,"description":"Las actividades del GFA se centran en la fabricación y caracterización de dispositivos de Cristal Líquido y dispositivos emisivos orgánicos basados en OLEDs y PLEDs así como en el estudio y caracterización de láseres de semiconductor.\n \nLas  líneas de investigación <\/strong>de nuestro grupo son:\n\nDispositivos de cristal líquido. Fabricamos y caracterizamos dispositivos basados en cristales líquidos nemáticos, poliméricos y liotrópicos con aplicaciones a dispositivos de seguridad documental, guías de onda activas y biosensores para detección de patógenos en áreas de salud y alimentación\nRedes de fase ópticas para conmutación y encaminamiento de haces luminosos. A destacar deflectores de haces láser 1D y 2D sin partes móviles para uso en satélites. \nDispositivos OLED. Investigamos sobre nuevos materiales base u dopantes, algunos de ellos cristales líquidos electroluminiscentes\nModelado y caracterización de diodos láser. Dispositivos de potencia para aplicaciones LIDAR y láseres de bombeo.\n","link":"https:\/\/www.upm.es\/recursosidi\/en\/map\/en_applied-photonics-group\/","name":"Applied Photonics Group","slug":"en_applied-photonics-group","taxonomy":"donde","parent":0,"meta":[],"id_grupo_portal":"278","acronimo":"GFA","resumen":"

\n Our team is made up of 14 people who are researchers, technical and administrative staff, and trainee researchers, belonging to the HTSE for Telecommunications<\/a> and the HTS for Architecture<\/a>. We are also members of the Materials for the Future<\/a> cluster in the Moncloa IEC Campus<\/a>.<\/span>\n <\/p>\n

\n Our group is a part of the Advanced Materials and Devices Centre for ICTs (CEMDATIC), focussing on research into advanced materials and devices, which is located in the HTSE for Telecommunications itself.<\/span>\n <\/p>","imagen":false,"responsable":"Ignacio Esquivias Moscard\u00f3","lineas":"Integrated Photonics\nLiquid crystal devices\nModeling and characterization of laser diodes\nOLED DEVICES\nPhase Optical Networks\nPhotonic Switching and Routing","direccion":"","telefono":"910672663","pagina_web":"http:\/\/www.cemdatic.upm.es\/","email":"gi.gfa@upm.es","actividades":"

\n Over the past few years, the group's lines of work have evolved towards specific applications. The super bright semiconductor lasers, traditionally developed in the group, have, under a European project, been applied to LIDAR systems on satellites to detect atmospheric pollutants and greenhouse gases.<\/span>\n <\/p>\n

\n It has begun to work with lyotropic liquid crystals, which is a family that has been very under-researched until now, which turn out to be ideal with materials that are hydrophilic, or put up with the presence of water, are needed. Under another European project, a family of biosensors were developed to detect pathogenic micro-organisms in various body fluids and at various points in food production chains. The process, which enables detection of specific pathogens at a glance, with a very simple disposable kit, with no need for an electricity supply or optical support systems, was patented.<\/span>\n <\/p>\n

\n A company has been founded to exploit a patent for document security. The company has received several awards and subsidies, including the Act\u00faaUPM first prize, the Wayra award from Telef\u00f3nica, the Accenture prize and two Torres Quevedo nominations. It is in conversation with several companies and official bodies to implement the technology.<\/span>\n <\/p>","contenido":"","pictures":"http:\/\/www.upm.es\/observatorio\/vi\/gestor_general\/recuperar_archivo.jsp?id=883\rhttp:\/\/www.upm.es\/observatorio\/vi\/gestor_general\/recuperar_archivo.jsp?id=884","descripcion":"

\n The APG's work focusses on the manufacture and profiling of Liquid Crystal devices and organic light-emitting devices based on OLEDs and PLEDs, along with studying and profiling semiconductor lasers.\n <\/p>\n

\n Our group's lines of research<\/strong> are:\n <\/p>\n