Ciencia y Tecnologías Físicas, Matemáticas, Robótica y Computación | Consejo Superior de Investigaciones Científicas

Centers and institutes

Research groups

CSIC Service units

Ongoing projects

Un total de 23 institutos trabajan en este área

Un total de 445 grupos de investigación trabajan en este área

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Un total de 2827 proyectos pertenecen a este área

Proyecto	Instituto
Digital system for geriatric monitoring of gait quality of older adults in non-care settings	CENTRO DE AUTOMATICA Y ROBOTICA
DIGITAL TWIN FOR FUTURE SUSTAINABLE HORTICULTURAL ROBOTICS IN GREENHOUSES	CENTRO DE AUTOMATICA Y ROBOTICA
DIGITALIZACION DEL CUIDADO DE MAYORES MEDIANTE EL ANALISIS DE LA MARCHA	CENTRO DE AUTOMATICA Y ROBOTICA
Digitalization of Power Electronic Applications within Key Technology Value Chains	CENTRO DE AUTOMATICA Y ROBOTICA
DIGITIZATION OF ELDERLY CARE THROUGH GAIT ANALYSIS	CENTRO DE AUTOMATICA Y ROBOTICA
DINAMICA DE FLUIDOS INCOMPRESIBLES	INSTITUTO DE CIENCIAS MATEMATICAS
Dinámica de fluidos incompresibles	INSTITUTO DE CIENCIAS MATEMATICAS
Dinámica de la geometría interior de agujeros negros en Loop Quantum Cosmology	INSTITUTO DE ESTRUCTURA DE LA MATERIA
DINAMICA DE PROCESOS MOLECULARES FOTOINDUCIDOS	INSTITUTO DE FISICA FUNDAMENTAL
DINAMICA DE REACCION CUANTICA Y SEMICLASICA	INSTITUTO DE FISICA FUNDAMENTAL

Un total de 595 investigadores pertenecen a este área

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Hay un total de 1671 patentes relacionadas con esta área

Patente
METHOD OF OBTAINING A COMPLETE SHAPE OF A CRYSTALLINE LENS FROM INVIVO MEASUREMENTS TAKEN BY OPTICAL IMAGING TECHNIQUES AND METHOD OF ESTIMATING AN INTRAOCULAR LENS POSITION FROM THE COMPLETE SHAPE OF THE CRYSTALLINE
METHOD OF OBTAINING A COMPLETE SHAPE OF A CRYSTALLINE LENS FROM INVIVO MEASUREMENTS TAKEN BY OPTICAL IMAGING TECHNIQUES AND METHOD OF ESTIMATING AN INTRAOCULAR LENS POSITION FROM THE COMPLETE SHAPE OF THE CRYSTALLINE
METHOD OF OBTAINING A COMPLETE SHAPE OF A CRYSTALLINE LENS FROM INVIVO MEASUREMENTS TAKEN BY OPTICAL IMAGING TECHNIQUES AND METHOD OF ESTIMATING AN INTRAOCULAR LENS POSITION FROM THE COMPLETE SHAPE OF THE CRYSTALLINE
METHOD OF OBTAINING A COMPLETE SHAPE OF A CRYSTALLINE LENS FROM INVIVO MEASUREMENTS TAKEN BY OPTICAL IMAGING TECHNIQUES AND METHOD OF ESTIMATING AN INTRAOCULAR LENS POSITION FROM THE COMPLETE SHAPE OF THE CRYSTALLINE
METHOD OF OBTAINING A COMPLETE SHAPE OF A CRYSTALLINE LENS FROM INVIVO MEASUREMENTS TAKEN BY OPTICAL IMAGING TECHNIQUES AND METHOD OF ESTIMATING AN INTRAOCULAR LENS POSITION FROM THE COMPLETE SHAPE OF THE CRYSTALLINE
METHOD OF OBTAINING A COMPLETE SHAPE OF A CRYSTALLINE LENS FROM INVIVO MEASUREMENTS TAKEN BY OPTICAL IMAGING TECHNIQUES AND METHOD OF ESTIMATING AN INTRAOCULAR LENS POSITION FROM THE COMPLETE SHAPE OF THE CRYSTALLINE
METHOD OF OBTAINING A COMPLETE SHAPE OF A CRYSTALLINE LENS FROM INVIVO MEASUREMENTS TAKEN BY OPTICAL IMAGING TECHNIQUES AND METHOD OF ESTIMATING AN INTRAOCULAR LENS POSITION FROM THE COMPLETE SHAPE OF THE CRYSTALLINE
METHOD OF PRODUCING A JUNCTION FIELDEFFECT TRANSISTOR JFET
METHOD OF PRODUCING A POLYMER STAMP FOR THE REPRODUCTION OF DEVICES COMPRISING MICROSTRUCTURES AND NANOSTRUCTURES A CORRESPONDING POLYMER STAMP A CORRESPONDING DEVICE AN A FUEL DELIVERY SYSTEM OR WATER MANAGEMENT FOR
METHOD OF PRODUCING A POLYMER STAMP FOR THE REPRODUCTION OF DEVICES COMPRISING MICROSTRUCTURES AND NANOSTRUCTURES A CORRESPONDING POLYMER STAMP A CORRESPONDING DEVICE AN A FUEL DELIVERY SYSTEM OR WATER MANAGEMENT FOR

Un total de 58 spin-off pertenecen a este área

Un total de 53 unidades de servicio pertenecen a este área

Mapa con los institutos del Área de Física