MULTIFUNCTIONAL OPTICAL SURFACES FOR DISPLAY SCREENS (Q3193498): Difference between revisions

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(‎Changed label, description and/or aliases in en: translated_label)
(‎Removed claim: summary (P836): THE TECHNOLOGIES OF INFORMATION AND COMMUNICATION ARE ESSENTIAL PILLARS OF OUR MODERN LIFE AND ONE OF THE KEY POINTS TO IMPROVE THEM IS RESEARCH IN NEW VISUALISATION TECHNOLOGIES. THE MAIN OBJECTIVE OF THE OPTO-SCREEN PROJECT IS TO DEVELOP A NEW CLASS OF SCREENS BASED ON TRANSPARENT AND MULTIFUNCTIONAL SURFACES, USING ADVANCED ULTRA-FINE LAYERS AND NANO-STRUCTURING PROCESSES ON GLASS SUBSTRATES. THESE NEW STRUCTURES WILL MAKE IT POSSIBLE TO DE...)
Property / summary
THE TECHNOLOGIES OF INFORMATION AND COMMUNICATION ARE ESSENTIAL PILLARS OF OUR MODERN LIFE AND ONE OF THE KEY POINTS TO IMPROVE THEM IS RESEARCH IN NEW VISUALISATION TECHNOLOGIES. THE MAIN OBJECTIVE OF THE OPTO-SCREEN PROJECT IS TO DEVELOP A NEW CLASS OF SCREENS BASED ON TRANSPARENT AND MULTIFUNCTIONAL SURFACES, USING ADVANCED ULTRA-FINE LAYERS AND NANO-STRUCTURING PROCESSES ON GLASS SUBSTRATES. THESE NEW STRUCTURES WILL MAKE IT POSSIBLE TO DEVELOP: (I) A TRANSPARENT, DURABLE AND FLEXIBLE SUBSTRATE WITHOUT OPTICAL REFLECTIONS AND WITH SUPER-OLEOFOBICA PROPERTIES CAPABLE AT THE SAME TIME OF DRIVING ELECTRICAL SIGNALS, (II) A SELF-CLEANING TACTILE SCREEN THAT CAN BE USED WITHOUT RISK LEAVING FINGERPRINT MARKS AND WITHOUT REFLECTIONS, IMPROVING ITS VISIBILITY UNDER SUNLIGHT, (III) LARGE SURFACE SCREENS THAT CAN BE USED FOR LASER PROJECTIONS AND NEED TO BE BOTH TRANSPARENT, FOR EXAMPLE FOR HEAD-UP (HUD) VISUALISATION ON THE CAR WINDSCREEN. These are only some of the exemplars of the POSIBLE APPLICATIONS THIS AMBICIOUS PROJECT._x000D_ _x000D_ _x000D_ can be found to be able to ensure that the SUPERFICIES IN QUESTION Possessed These ADVANCED PROPERTY OPERATIONS, ELECTRICAL, Mojability, MASS TRANSFEREN, OPTO-SCREEN will introduce TOTALLY NEW DESIGNS. AT THE SAME TIME, A PRACTICAL INTEGRATION OF THESE ON REAL SCREENS WILL REQUIRE THE REPLACEMENT OF THE CURRENT METHODS OF NANO-STRUCTURING, SUCH AS ELECTRON BEAM LITHOGRAPHING OR OPTICAL INTERFEROMETRY ENGRAVING, WITH A CHEAPER AND MORE ROBUST METHOD BASED ON A PROCESS OF DEWETTING OF METALS, WHICH DOES NOT REQUIRE ANY USE OF LITHOGRAPHY. In addition, THE PROJECT will make use of the Owners of ultra-thin metals and GRAFENO._x000D_ _x000D_ OF THIS OPTO-SCREEN WAYING ACADEMIC LEVEL RESEARCH WITH INDUSTRIAL DEVELOPMENT OF PRODUCTS, by means of the explotation and application of technical, development and outstanding innovations in the main researcher’s group, and existing partnerships with great international embodiments, INCLUDE COMPANIES AS CORNING, HEWLETT PACKARD, CARL ZEISS, DOMOTICWARE AND BASF._x000D_ _x000D_ The project will combine the experience of the primary researcher’s group in ultra-thin MATERIALS AND MICRO-NANO-STRUCTURED OPTICAL DISPOSITIVES. IN THE LAST THREE YEARS ALONE, IN PREVIOUS PROJECTS, INCLUDING THE NATIONAL PLAN TEC2013-46168-R, THE GROUP HAS GENERATED MORE THAN 10 PATENT APPLICATIONS, MORE THAN 30 PUBLICATIONS IN HIGH-IMPACT JOURNALS (INCLUDING SCIENCE, NATURE, NATURE MATERIALS, NATURE COMMUNICATIONS, NANOLETTERS, ADVANCED FUNCTIONAL MATERIALS, ACS PHOTONICS, ACS APPLIED MATERIALS AND INTERFACES), MORE THAN 10 INVITED ARTICLES AND MORE THAN 20 REGULAR ARTICLES PRESENTED AT CONFERENCES AND INITIATED MORE THAN 10 PROJECTS (SOME OF THEM DIRECTLY SPONSORED BY INDUSTRIES AND 4 BY THE EUROPEAN COMMISSION). THE GROUP’S WORK HAS ALSO BEEN RECOGNISED THROUGH THE RECENT RENEWAL FOR A SECOND TERM OF THE CENTRE FOR SURFACE SCIENCE AND THE CORNING CHAIR PROGRAMME AT ICFO, BOTH SPONSORED BY CORNING INC. (English)
 
Property / summary: THE TECHNOLOGIES OF INFORMATION AND COMMUNICATION ARE ESSENTIAL PILLARS OF OUR MODERN LIFE AND ONE OF THE KEY POINTS TO IMPROVE THEM IS RESEARCH IN NEW VISUALISATION TECHNOLOGIES. THE MAIN OBJECTIVE OF THE OPTO-SCREEN PROJECT IS TO DEVELOP A NEW CLASS OF SCREENS BASED ON TRANSPARENT AND MULTIFUNCTIONAL SURFACES, USING ADVANCED ULTRA-FINE LAYERS AND NANO-STRUCTURING PROCESSES ON GLASS SUBSTRATES. THESE NEW STRUCTURES WILL MAKE IT POSSIBLE TO DEVELOP: (I) A TRANSPARENT, DURABLE AND FLEXIBLE SUBSTRATE WITHOUT OPTICAL REFLECTIONS AND WITH SUPER-OLEOFOBICA PROPERTIES CAPABLE AT THE SAME TIME OF DRIVING ELECTRICAL SIGNALS, (II) A SELF-CLEANING TACTILE SCREEN THAT CAN BE USED WITHOUT RISK LEAVING FINGERPRINT MARKS AND WITHOUT REFLECTIONS, IMPROVING ITS VISIBILITY UNDER SUNLIGHT, (III) LARGE SURFACE SCREENS THAT CAN BE USED FOR LASER PROJECTIONS AND NEED TO BE BOTH TRANSPARENT, FOR EXAMPLE FOR HEAD-UP (HUD) VISUALISATION ON THE CAR WINDSCREEN. These are only some of the exemplars of the POSIBLE APPLICATIONS THIS AMBICIOUS PROJECT._x000D_ _x000D_ _x000D_ can be found to be able to ensure that the SUPERFICIES IN QUESTION Possessed These ADVANCED PROPERTY OPERATIONS, ELECTRICAL, Mojability, MASS TRANSFEREN, OPTO-SCREEN will introduce TOTALLY NEW DESIGNS. AT THE SAME TIME, A PRACTICAL INTEGRATION OF THESE ON REAL SCREENS WILL REQUIRE THE REPLACEMENT OF THE CURRENT METHODS OF NANO-STRUCTURING, SUCH AS ELECTRON BEAM LITHOGRAPHING OR OPTICAL INTERFEROMETRY ENGRAVING, WITH A CHEAPER AND MORE ROBUST METHOD BASED ON A PROCESS OF DEWETTING OF METALS, WHICH DOES NOT REQUIRE ANY USE OF LITHOGRAPHY. In addition, THE PROJECT will make use of the Owners of ultra-thin metals and GRAFENO._x000D_ _x000D_ OF THIS OPTO-SCREEN WAYING ACADEMIC LEVEL RESEARCH WITH INDUSTRIAL DEVELOPMENT OF PRODUCTS, by means of the explotation and application of technical, development and outstanding innovations in the main researcher’s group, and existing partnerships with great international embodiments, INCLUDE COMPANIES AS CORNING, HEWLETT PACKARD, CARL ZEISS, DOMOTICWARE AND BASF._x000D_ _x000D_ The project will combine the experience of the primary researcher’s group in ultra-thin MATERIALS AND MICRO-NANO-STRUCTURED OPTICAL DISPOSITIVES. IN THE LAST THREE YEARS ALONE, IN PREVIOUS PROJECTS, INCLUDING THE NATIONAL PLAN TEC2013-46168-R, THE GROUP HAS GENERATED MORE THAN 10 PATENT APPLICATIONS, MORE THAN 30 PUBLICATIONS IN HIGH-IMPACT JOURNALS (INCLUDING SCIENCE, NATURE, NATURE MATERIALS, NATURE COMMUNICATIONS, NANOLETTERS, ADVANCED FUNCTIONAL MATERIALS, ACS PHOTONICS, ACS APPLIED MATERIALS AND INTERFACES), MORE THAN 10 INVITED ARTICLES AND MORE THAN 20 REGULAR ARTICLES PRESENTED AT CONFERENCES AND INITIATED MORE THAN 10 PROJECTS (SOME OF THEM DIRECTLY SPONSORED BY INDUSTRIES AND 4 BY THE EUROPEAN COMMISSION). THE GROUP’S WORK HAS ALSO BEEN RECOGNISED THROUGH THE RECENT RENEWAL FOR A SECOND TERM OF THE CENTRE FOR SURFACE SCIENCE AND THE CORNING CHAIR PROGRAMME AT ICFO, BOTH SPONSORED BY CORNING INC. (English) / rank
Normal rank
 
Property / summary: THE TECHNOLOGIES OF INFORMATION AND COMMUNICATION ARE ESSENTIAL PILLARS OF OUR MODERN LIFE AND ONE OF THE KEY POINTS TO IMPROVE THEM IS RESEARCH IN NEW VISUALISATION TECHNOLOGIES. THE MAIN OBJECTIVE OF THE OPTO-SCREEN PROJECT IS TO DEVELOP A NEW CLASS OF SCREENS BASED ON TRANSPARENT AND MULTIFUNCTIONAL SURFACES, USING ADVANCED ULTRA-FINE LAYERS AND NANO-STRUCTURING PROCESSES ON GLASS SUBSTRATES. THESE NEW STRUCTURES WILL MAKE IT POSSIBLE TO DEVELOP: (I) A TRANSPARENT, DURABLE AND FLEXIBLE SUBSTRATE WITHOUT OPTICAL REFLECTIONS AND WITH SUPER-OLEOFOBICA PROPERTIES CAPABLE AT THE SAME TIME OF DRIVING ELECTRICAL SIGNALS, (II) A SELF-CLEANING TACTILE SCREEN THAT CAN BE USED WITHOUT RISK LEAVING FINGERPRINT MARKS AND WITHOUT REFLECTIONS, IMPROVING ITS VISIBILITY UNDER SUNLIGHT, (III) LARGE SURFACE SCREENS THAT CAN BE USED FOR LASER PROJECTIONS AND NEED TO BE BOTH TRANSPARENT, FOR EXAMPLE FOR HEAD-UP (HUD) VISUALISATION ON THE CAR WINDSCREEN. These are only some of the exemplars of the POSIBLE APPLICATIONS THIS AMBICIOUS PROJECT._x000D_ _x000D_ _x000D_ can be found to be able to ensure that the SUPERFICIES IN QUESTION Possessed These ADVANCED PROPERTY OPERATIONS, ELECTRICAL, Mojability, MASS TRANSFEREN, OPTO-SCREEN will introduce TOTALLY NEW DESIGNS. AT THE SAME TIME, A PRACTICAL INTEGRATION OF THESE ON REAL SCREENS WILL REQUIRE THE REPLACEMENT OF THE CURRENT METHODS OF NANO-STRUCTURING, SUCH AS ELECTRON BEAM LITHOGRAPHING OR OPTICAL INTERFEROMETRY ENGRAVING, WITH A CHEAPER AND MORE ROBUST METHOD BASED ON A PROCESS OF DEWETTING OF METALS, WHICH DOES NOT REQUIRE ANY USE OF LITHOGRAPHY. In addition, THE PROJECT will make use of the Owners of ultra-thin metals and GRAFENO._x000D_ _x000D_ OF THIS OPTO-SCREEN WAYING ACADEMIC LEVEL RESEARCH WITH INDUSTRIAL DEVELOPMENT OF PRODUCTS, by means of the explotation and application of technical, development and outstanding innovations in the main researcher’s group, and existing partnerships with great international embodiments, INCLUDE COMPANIES AS CORNING, HEWLETT PACKARD, CARL ZEISS, DOMOTICWARE AND BASF._x000D_ _x000D_ The project will combine the experience of the primary researcher’s group in ultra-thin MATERIALS AND MICRO-NANO-STRUCTURED OPTICAL DISPOSITIVES. IN THE LAST THREE YEARS ALONE, IN PREVIOUS PROJECTS, INCLUDING THE NATIONAL PLAN TEC2013-46168-R, THE GROUP HAS GENERATED MORE THAN 10 PATENT APPLICATIONS, MORE THAN 30 PUBLICATIONS IN HIGH-IMPACT JOURNALS (INCLUDING SCIENCE, NATURE, NATURE MATERIALS, NATURE COMMUNICATIONS, NANOLETTERS, ADVANCED FUNCTIONAL MATERIALS, ACS PHOTONICS, ACS APPLIED MATERIALS AND INTERFACES), MORE THAN 10 INVITED ARTICLES AND MORE THAN 20 REGULAR ARTICLES PRESENTED AT CONFERENCES AND INITIATED MORE THAN 10 PROJECTS (SOME OF THEM DIRECTLY SPONSORED BY INDUSTRIES AND 4 BY THE EUROPEAN COMMISSION). THE GROUP’S WORK HAS ALSO BEEN RECOGNISED THROUGH THE RECENT RENEWAL FOR A SECOND TERM OF THE CENTRE FOR SURFACE SCIENCE AND THE CORNING CHAIR PROGRAMME AT ICFO, BOTH SPONSORED BY CORNING INC. (English) / qualifier
point in time: 13 October 2021
Timestamp+2021-10-13T00:00:00Z
Timezone+00:00
CalendarGregorian
Precision1 day
Before0
After0
 

Revision as of 23:21, 12 October 2021

Project Q3193498 in Spain
Language Label Description Also known as
English
MULTIFUNCTIONAL OPTICAL SURFACES FOR DISPLAY SCREENS
Project Q3193498 in Spain

    Statements

    country
    Spain
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    EU contribution
    143,929.5 Euro
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    budget
    287,859.0 Euro
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    co-financing rate
    50.0 percent
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    start time
    30 December 2016
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    end time
    29 December 2019
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    beneficiary name (string)
    INSTITUTO DE CIENCIAS FOTONICAS
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    beneficiary
    ICFO
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    coordinate location

    41°17'9.96"N, 1°58'56.71"E
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    postal code
    08056
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    summary
    LAS TECNOLOGIAS DE LA INFORMACION Y DE LA COMUNICACION SON PILARES ESENCIALES DE NUESTRA VIDA MODERNA Y UNO DE LOS PUNTOS CLAVE PARA MEJORARLAS ES LA INVESTIGACION EN NUEVAS TECNOLOGIAS DE VISUALIZACION. EL OBJETIVO PRINCIPAL DEL PROYECTO OPTO-SCREEN ES DESARROLLAR UNA NUEVA CLASE DE PANTALLAS BASADAS EN SUPERFICIES TRANSPARENTES Y MULTIFUNCIONALES, MEDIANTE EL USO DE CAPAS ULTRAFINAS AVANZADAS Y PROCESOS DE NANO-ESTRUCTURACION SOBRE SUSTRATOS DE VIDRIO. ESTAS NUEVAS ESTRUCTURAS VAN A PERMITIR DESARROLLAR: (I) UN SUSTRATO TRANSPARENTE, DURADERO Y FLEXIBLE SIN REFLEXIONES OPTICAS Y CON PROPIEDADES SUPER-OLEOFOBICAS CAPAZ AL MISMO TIEMPO DE CONDUCIR SEÑALES ELECTRICAS, (II) UNA PANTALLA TACTIL AUTOLIMPIABLE QUE PUEDE SER USADA SIN RIESGO A DEJAR MARCAS DE HUELLAS DACTILARES Y SIN REFLEXIONES, MEJORANDO SU VISIBILIDAD BAJO LA LUZ DEL SOL, (III) PANTALLAS DE GRAN SUPERFICIE QUE PUEDEN SER USADAS PARA PROYECCIONES MEDIANTE LASER Y NECESITAN SER A LA VEZ TRANSPARENTES, POR EJEMPLO PARA VISUALIZACION HEAD-UP (HUD) EN EL PARABRISAS DE COCHES. ESTOS SON SOLO ALGUNOS EJEMPLOS DE LAS POSIBLES APLICACIONES A LAS QUE PUEDE DAR LUGAR ESTE AMBICIOSO PROYECTO._x000D_ _x000D_ PARA CONSEGUIR QUE LAS SUPERFICIES EN CUESTION POSEAN ESTAS AVANZADAS PROPIEDADES OPTICAS, ELECTRICAS, DE MOJABILIDAD Y DE TRANSFERENCIA DE MASA, OPTO-SCREEN INTRODUCIRA DISEÑOS TOTALMENTE NUEVOS. AL MISMO TIEMPO, UNA INTEGRACION PRACTICA DE ESTOS EN PANTALLAS REALES REQUERIRA LA SUSTITUCION DE LOS METODOS ACTUALES DE NANO-ESTRUCTURACION, COMO LA LITOGRAFIA POR HAZ DE ELECTRONES O EL GRABADO POR INTERFEROMETRIA OPTICA, POR UN METODO MAS BARATO Y ROBUSTO BASADO EN UN PROCESO DE ¿DEWETTING¿ DE METALES, QUE NO REQUIERE USO ALGUNO DE LITOGRAFIA. ADEMAS EL PROYECTO HARA USO DE LAS PROPIEDADES DE LOS METALES ULTRAFINOS Y EL GRAFENO._x000D_ _x000D_ DE ESTA MANERA OPTO-SCREEN UNIRA LA INVESTIGACION A NIVEL ACADEMICO CON EL DESARROLLO INDUSTRIAL DE PRODUCTOS, MEDIANTE LA EXPLOTACION Y AMPLIACION DE LAS INNOVACIONES TECNOLOGICAS, DESARROLLADAS Y PATENTADAS PREVIAMENTE EN EL GRUPO DEL INVESTIGADOR PRINCIPAL, Y LAS COLABORACIONES EXISTENTES CON GRANDES CORPORACIONES INTERNACIONALES, QUE INCLUYEN COMPAÑIAS COMO CORNING, HEWLETT PACKARD, CARL ZEISS, DOMOTICWARE Y BASF._x000D_ _x000D_ EL PROYECTO COMBINARA LA EXPERIENCIA DEL GRUPO DEL INVESTIGADOR PRINCIPAL EN MATERIALES ULTRAFINOS Y DISPOSITIVOS OPTICOS MICRO-NANO-ESTRUCTURADOS. SOLO EN LOS ULTIMOS TRES AÑOS, EN PROYECTOS PREVIOS, INCLUYENDO EL PLAN NACIONAL TEC2013-46168-R, EL GRUPO HA GENERADO MAS DE 10 APLICACIONES DE PATENTES, MAS DE 30 PUBLICACIONES EN REVISTAS DE ALTO IMPACTO (INCLUYENDO SCIENCE, NATURE, NATURE MATERIALS, NATURE COMMUNICATIONS, NANOLETTERS, ADVANCED FUNCTIONAL MATERIALS, ACS PHOTONICS, ACS APPLIED MATERIALS AND INTERFACES), MAS DE 10 ARTICULOS INVITADOS Y MAS DE 20 ARTICULOS REGULARES PRESENTADOS EN CONFERENCIAS Y HA INICIADO MAS DE 10 PROYECTOS (ALGUNOS DE ELLOS PATROCINADOS DIRECTAMENTE POR INDUSTRIAS Y 4 POR LA COMISION EUROPEA). EL TRABAJO DEL GRUPO TAMBIEN HA SIDO RECONOCIDO MEDIANTE LA RECIENTE RENOVACION POR UN SEGUNDO TERMINO DEL ¿CENTRE FOR SURFACE SCIENCE¿ Y EL ¿CORNING CHAIR PROGRAMME¿ EN ICFO, AMBOS PATROCINADOS POR CORNING INC. (Spanish)
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    location (string)
    Castelldefels
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    Identifiers

    Spanish Kohesio ID
    TEC2016-75080-R
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