Open Innovation Platform Photonic ICs (Q3989726): Difference between revisions

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Plataforma de Inovação Aberta ICs fotônicos
IC fotónicos da Plataforma de Inovação Aberta
Property / contained in Local Administrative Unit
 
Property / contained in Local Administrative Unit: Eindhoven / rank
Normal rank
 
Property / summary: Photonic (Photonic) Integrated Circuits (PICs) are the electronic chips of the future. These integrated circuits work on the basis of light (photons) rather than electrons and will revolutionise in the short term. The first to... (English) / qualifier
 
readability score: 0.0023975534627018
Amount0.0023975534627018
Unit1
Property / summaryProperty / summary
Os circuitos integrados fotônicos (fotônicos) (PICs) são os chips eletrônicos do futuro. Estes circuitos integrados funcionam com base na luz (fotões) em vez de elétrons e irão revolucionar a curto prazo. O primeiro a... (Portuguese)
Os Circuitos Integrados Fotónicos (Photonic) (PICs) são os chips electrónicos do futuro. Estes circuitos integrados funcionam com base na luz (fotões) em vez de electrões e irão revolucionar a curto prazo. O primeiro a... (Portuguese)
Property / contained in Local Administrative Unit
 
Property / contained in Local Administrative Unit: Stichtse Vecht / rank
 
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Latest revision as of 03:00, 10 October 2024

Project Q3989726 in Netherlands
Language Label Description Also known as
English
Open Innovation Platform Photonic ICs
Project Q3989726 in Netherlands

    Statements

    country
    Netherlands
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    EU contribution
    853,083.18 Euro
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    budget
    4,874,761.0 Euro
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    co-financing rate
    17.5 percent
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    start time
    1 September 2016
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    end time
    30 April 2020
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    beneficiary name (string)
    Bright Photonics B.V.
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    EFFECT Photonics B.V.
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    LioniX B.V.
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    PhoeniX B.V.
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    SMART Photonics B.V.
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    Technische Universiteit Eindhoven
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    Technobis Fibre Technologies B.V.
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    beneficiary
    Q3988060
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    Q3988061
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    Q3988062
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    Q3988063
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    Q3988422
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    Q3987837
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    Q3988066
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    coordinate location

    51°26'43.91"N, 5°27'36.07"E
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    51°26'55.18"N, 5°29'25.44"E
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    51°26'53.99"N, 5°29'46.03"E
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    52°8'0.60"N, 5°2'28.03"E
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    postal code
    3604 CE
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    5617 BC
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    7500 AL
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    7500 AM
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    5612 AX
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    5600 MB
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    1810 KB
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    summary
    Fotonische (Photonic) Integrated Circuits (PIC’s) zijn de elektronische chips van de toekomst. Deze geïntegreerde schakelingen werken op basis van licht (fotonen) i.p.v. elektronen en zullen op korte termijn voor een revolutie zorgen. De eerste to... (Dutch)
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    Photonic (Photonic) Integrated Circuits (PICs) are the electronic chips of the future. These integrated circuits work on the basis of light (photons) rather than electrons and will revolutionise in the short term. The first to... (English)
    point in time
    15 December 2021
    readability score
    0.0023975534627018
    0 references
    Les circuits intégrés photoniques (photoniques) sont les puces électroniques du futur. Ces circuits intégrés fonctionnent sur la base de la lumière (photons) plutôt que d’électrons et révolutionneront à court terme. Le premier à... (French)
    point in time
    15 December 2021
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    Photonische (Photonic) Integrated Circuits (PICs) sind die elektronischen Chips der Zukunft. Diese integrierten Schaltungen arbeiten eher auf Licht (Photonen) als auf Elektronen und werden kurzfristig revolutionieren. Der erste... (German)
    point in time
    15 December 2021
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    I circuiti integrati fotonici (PIC) sono i chip elettronici del futuro. Questi circuiti integrati funzionano sulla base della luce (fotoni) piuttosto che degli elettroni e rivoluzioneranno a breve termine. Il primo a... (Italian)
    point in time
    11 January 2022
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    Los circuitos integrados (PIC) son los chips electrónicos del futuro. Estos circuitos integrados funcionan sobre la base de la luz (fotones) en lugar de electrones y se revolucionarán a corto plazo. El primero en... (Spanish)
    point in time
    12 January 2022
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    Τα φωτονικά ολοκληρωμένα κυκλώματα (PIC) είναι τα ηλεκτρονικά τσιπ του μέλλοντος. Αυτά τα ολοκληρωμένα κυκλώματα λειτουργούν με βάση το φως (φωτόνια) και όχι τα ηλεκτρόνια και θα φέρουν επανάσταση βραχυπρόθεσμα. Ο πρώτος που... (Greek)
    point in time
    21 August 2022
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    Photonic (Photonic) Integrerede kredsløb (PIC) er fremtidens elektroniske chips. Disse integrerede kredsløb arbejder på grundlag af lys (fotos) snarere end elektroner og vil revolutionere på kort sigt. Den første til... (Danish)
    point in time
    21 August 2022
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    Fotoniset (Photonic) integroidut piirit (PIC) ovat tulevaisuuden elektronisia siruja. Nämä integroidut piirit toimivat valon (fotonien) eikä elektronien perusteella ja mullistavat lyhyellä aikavälillä. Ensimmäinen, joka... (Finnish)
    point in time
    21 August 2022
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    Iċ-ċirkwiti integrati fotoniċi (Photonic) Integrati (PICs) huma l-ċipep elettroniċi tal-futur. Dawn iċ-ċirkwiti integrati jaħdmu fuq il-bażi ta ‘dawl (ritratti) aktar milli elettroni u se jirrevoluzzjonaw fit-terminu qasir. L-ewwel li... (Maltese)
    point in time
    21 August 2022
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    Fotonika (Fotonika) Integrētās shēmas (PIC) ir nākotnes elektroniskās mikroshēmas. Šīs integrālās shēmas darbojas, pamatojoties uz gaismu (fotoniem), nevis elektroniem, un īstermiņā tās radikāli mainīsies. Pirmais... (Latvian)
    point in time
    21 August 2022
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    Fotonické (fotonické) integrované obvody (PIC) sú elektronické čipy budúcnosti. Tieto integrované obvody pracujú skôr na základe svetla (fotónov) než elektrónov a v krátkodobom horizonte budú mať revolúciu. Prvý... (Slovak)
    point in time
    21 August 2022
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    Is iad na Ciorcaid Chomhtháite Fótónaice (PICanna) sliseanna leictreonacha na todhchaí. Oibríonn na ciorcaid iomlánaithe sin ar bhonn solais (grianghraif) seachas leictreoin agus athróidh siad sa ghearrthéarma. An chéad cheann chun... (Irish)
    point in time
    21 August 2022
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    Fotonické (fotonické) integrované obvody (PIC) jsou elektronické čipy budoucnosti. Tyto integrované obvody fungují spíše na základě světla (fotonů) než elektronů a v krátkodobém horizontu budou převratné. První, kdo... (Czech)
    point in time
    21 August 2022
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    Os Circuitos Integrados Fotónicos (Photonic) (PICs) são os chips electrónicos do futuro. Estes circuitos integrados funcionam com base na luz (fotões) em vez de electrões e irão revolucionar a curto prazo. O primeiro a... (Portuguese)
    point in time
    21 August 2022
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    Fotoonilised (fotograafilised) integraallülitused (PIC) on tuleviku elektroonilised kiibid. Need integraallülitused töötavad pigem valguse (fotode) kui elektronide baasil ning muudavad lühiajaliselt revolutsiooni. Esimene, kes... (Estonian)
    point in time
    21 August 2022
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    A fotonikus (fény) integrált áramkörök (PIC-k) a jövő elektronikus chipjei. Ezek az integrált áramkörök inkább a fény (fotók) alapján működnek, mint az elektronok, és rövid távon forradalmasulnak. Az első, aki... (Hungarian)
    point in time
    21 August 2022
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    Фотонните (Photonic) интегрални схеми (PIC) са електронните чипове на бъдещето. Тези интегрални схеми работят на базата на светлина (фотони), а не на електрони и ще революционизират в краткосрочен план. Първият, който... (Bulgarian)
    point in time
    21 August 2022
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    Fotoniniai (fotoniniai) integriniai grandynai (PIC) yra ateities elektroniniai lustai. Šie integriniai grandynai veikia šviesos (fotonų), o ne elektronų pagrindu ir per trumpą laiką pakeis revoliuciją. Pirmas iki... (Lithuanian)
    point in time
    21 August 2022
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    Fotonički (fotonički) integrirani krugovi (PIC) elektronički su čipovi budućnosti. Ovi integrirani sklopovi rade na temelju svjetlosti (fotona), a ne elektrona te će se kratkoročno revolucionirati. Prvi koji je... (Croatian)
    point in time
    21 August 2022
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    Photonic (Photonic) Integrated Circuits (PIC) är framtidens elektroniska chips. Dessa integrerade kretsar arbetar på basis av ljus (fotoner) snarare än elektroner och kommer att revolutionera på kort sikt. Den första som... (Swedish)
    point in time
    21 August 2022
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    Circuitele integrate fotonice (Photonic) sunt cipurile electronice ale viitorului. Aceste circuite integrate funcționează pe baza luminii (fotoni) mai degrabă decât a electronilor și vor revoluționa pe termen scurt. Primul care... (Romanian)
    point in time
    21 August 2022
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    Fotonska (fotonična) integrirana vezja (PIC) so elektronski čipi prihodnosti. Ta integrirana vezja delujejo na podlagi svetlobe (fotonov) in ne elektronov in se bodo kratkoročno korenito spremenila. Prvi, ki je... (Slovenian)
    point in time
    21 August 2022
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    Fotonowe (fotoniczne) układy scalone (PIC) to elektroniczne układy scalone przyszłości. Układy scalone działają raczej na podstawie światła (fotonów) niż elektronów i w krótkim czasie zrewolucjonizują się. Pierwszy, który... (Polish)
    point in time
    21 August 2022
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    Identifiers

    Netherlands Kohesio ID
    OP-2014-2023-Zuid-PROJ-00315
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