Desarrollo y estudio de BINOL-o-BODIPYs y análogos como colorantes modulables para (bio)fotónica avanzada
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2023
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29/04/2022
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Universidad Complutense de Madrid
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Esta Tesis Doctoral, presentada en el formato de recopilación de artículos publicados y titulada “Desarrollo y estudio de BINOL-O-BODIPYs y análogos como colorantes modulables para (bio)fotónica avanzada” se enmarca en el campo de la Fotónica. El empleo de fotones para la consecución de herramientas (fotónica) con nuevas o mejores prestaciones que las basadas en electrones (electrónica) ha demostrado tener aplicaciones en prácticamente todos los ámbitos de nuestra sociedad, desde la medicina a las telecomunicaciones, pasando por la industria, el medioambiente o la seguridad. Para avanzar en el desarrollo de herramientas basadas en fotónica es necesario el desarrollo de sistemas con propiedades ópticas mejoradas respecto a los ya existentes, así como la exploración de nuevas propiedades. Para esto, es necesario profundizar en el conocimiento del comportamiento de los sistemas ópticos y estudiar la posibilidad de modular sus propiedades a la carta, lo que permite diseñar sistemas dirigidos a una aplicación fotónica concreta. Los colorantes orgánicos y, entre ellos, los BODIPYs (boron dipyrromethenes), destacan por sus excelentes propiedades ópticas y por su versatilidad para el desarrollo de herramientas fotónicas..
This Ph.D. Thesis, presented in compilation-of-published-article format and entitled “Study and development of BINOL-O-BODIPYs and analogues as tunable dyes for advanced (bio)photonics” is framed within the Photonics field. Using photons to achieve tools (photonics) with new or superior performance than those based on electrons (electronics) has demonstrated to have application in virtually all areas of our society, from medicine to telecommunications, through industry, environment or security. To advance in the development of photonics tools, the development of systems with improved optical properties is necessary, as well as the exploration of new properties. To achieve this goal, it is necessary to gain a deeper knowledge on the behavior of optical systems and to study the possibility of modulating their properties a la carte. This will make it possible to design systems directed towards a specific photonic application. In this field, organic dyes and, particularly, BODIPYs (boron dipyrromethenes), stand out for their excellent optical properties and their versatility in the development of photonic tools...
This Ph.D. Thesis, presented in compilation-of-published-article format and entitled “Study and development of BINOL-O-BODIPYs and analogues as tunable dyes for advanced (bio)photonics” is framed within the Photonics field. Using photons to achieve tools (photonics) with new or superior performance than those based on electrons (electronics) has demonstrated to have application in virtually all areas of our society, from medicine to telecommunications, through industry, environment or security. To advance in the development of photonics tools, the development of systems with improved optical properties is necessary, as well as the exploration of new properties. To achieve this goal, it is necessary to gain a deeper knowledge on the behavior of optical systems and to study the possibility of modulating their properties a la carte. This will make it possible to design systems directed towards a specific photonic application. In this field, organic dyes and, particularly, BODIPYs (boron dipyrromethenes), stand out for their excellent optical properties and their versatility in the development of photonic tools...
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Tesis inédita de la Universidad Complutense de Madrid, Facultad de Ciencias Químicas, leída el 29-04-2022. Tesis formato europeo (compendio de artículos)