Processing of eye tissues and ophthalmic materials using ultra-short and ultra-intensive pulse lasers (Q3153373): Difference between revisions
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(Created claim: summary (P836): The University of Murcia is a world leader in basic and applied research in the fields of visual, adaptive and biomedical optics. In particular, the Laboratory of Optics, LOUM, led by Professor Pablo Artal, has been dedicated since 1994 to the study of the properties of the human eye using the most advanced photonic technologies, as well as to the development of optical instruments based on adaptive optics and to the use of multiphotonic microsc...) |
(Changed label, description and/or aliases in en: translated_label) |
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Processing of eye tissues and ophthalmic materials using ultra-short and ultra-intensive pulse lasers | |||
Revision as of 15:10, 12 October 2021
Project Q3153373 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Processing of eye tissues and ophthalmic materials using ultra-short and ultra-intensive pulse lasers |
Project Q3153373 in Spain |
Statements
18,665,256.8 Euro
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23,331,571.0 Euro
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80.0 percent
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1 January 2016
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30 June 2018
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UNIVERSIDAD DE MURCIA
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37°59'32.57"N, 1°7'49.94"W
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30030
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La Universidad de Murcia es líder mundial en investigación básica y aplicada en los campos de la óptica visual, adaptativa y biomédica. En particular, el Laboratorio de Óptica, LOUM, dirigido por el profesor Pablo Artal lleva desde el año 1994 dedicado al estudio de las propiedades del ojo humano utilizando las tecnologías fotónicas más avanzadas, así como al desarrollo de instrumentos ópticos basados en óptica adaptativa y a la utilización de la microscopía multifotónica en el estudio de la estructura de los tejidos oculares y su correlación con diversas patologías muy diversas, desde el queratocono al Alzheimer. Las actividades del LOUM abarcan desde el estudio de problemas fundamentales de la óptica del ojo hasta aplicaciones reales en las que se resuelven los problemas visuales de los pacientes. _x000D_ En la actualidad, uno de los campos de investigación más novedosos en óptica visual y biomédica es la modificación del índice de refracción y de la estructura de los tejidos oculares y materiales oftálmicos mediante técnicas no destructivas basadas en el procesado con láseres de pulsos ultracortos y ultraintensos, siendo la longitud de onda óptima en torno a los 400nm. Igualmente se propone el procesado de estos materiales utilizando la interferencia de pulsos láser. Para caracterizar la modificación estructural se propone utilizar espectroscopia Raman. El láser también se utilizara para sustituir al actual del microscopio multifotónico, adquirido hace más de 10 años (Spanish)
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The University of Murcia is a world leader in basic and applied research in the fields of visual, adaptive and biomedical optics. In particular, the Laboratory of Optics, LOUM, led by Professor Pablo Artal, has been dedicated since 1994 to the study of the properties of the human eye using the most advanced photonic technologies, as well as to the development of optical instruments based on adaptive optics and to the use of multiphotonic microscopy in the study of the structure of eye tissues and its correlation with various very diverse pathologies, from keratocone to Alzheimer’s. The activities of the LOUM range from the study of fundamental eye optic problems to real applications in which patients’ visual problems are solved. _x000D_ at present, one of the most innovative fields of research in visual and biomedical optics is the modification of the refractive index and structure of ocular tissues and ophthalmic materials using non-destructive techniques based on ultrashort and ultratensive pulse laser processing, the optimal wavelength being around 400nm. It is also proposed the processing of these materials using the interference of laser pulses. To characterise structural modification it is proposed to use Raman spectroscopy. The laser will also be used to replace the current multiphotonic microscope, acquired more than 10 years ago (English)
12 October 2021
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Murcia
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Identifiers
UNMU15-CE-3876
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