QUANTUM INFORMATION BEYOND QUANTUM INFORMATION (Q3202126): Difference between revisions

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(‎Changed label, description and/or aliases in en: translated_label)
(‎Removed claim: summary (P836): THE MAIN OBJECTIVE OF QUANTUM INFORMATION BEYOND QUANTUM INFORMATION (QIBEQI) IS TO USE TECHNIQUES AND CONCEPTS INITIALLY DEVELOPED IN QUANTUM INFORMATION THEORY TO SOLVE OPEN PROBLEMS IN OTHER SCIENTIFIC AREAS. IN RECENT YEARS, RESEARCHERS IN QUANTUM INFORMATION HAVE OBTAINED NEW RESULTS IN THE STUDY OF QUANTIC SYSTEMS OF MANY PARTICLES AND, MORE RECENTLY, OF TERMODINAMICOS PROCESSES ON THE QUANTUM SCALE. QIBEQI ADOPTS THIS APPROACH, WHICH HA...)
Property / summary
THE MAIN OBJECTIVE OF QUANTUM INFORMATION BEYOND QUANTUM INFORMATION (QIBEQI) IS TO USE TECHNIQUES AND CONCEPTS INITIALLY DEVELOPED IN QUANTUM INFORMATION THEORY TO SOLVE OPEN PROBLEMS IN OTHER SCIENTIFIC AREAS. IN RECENT YEARS, RESEARCHERS IN QUANTUM INFORMATION HAVE OBTAINED NEW RESULTS IN THE STUDY OF QUANTIC SYSTEMS OF MANY PARTICLES AND, MORE RECENTLY, OF TERMODINAMICOS PROCESSES ON THE QUANTUM SCALE. QIBEQI ADOPTS THIS APPROACH, WHICH HAS ALREADY BEEN PROVEN SUCCESSFUL IN THESE TWO AREAS, AND ALSO EXPANDS IT TO THE STUDY OF OPEN QUANTIC SYSTEMS AND CAUSAL INFERENCE. The results that are expected of the project are:_x000D_ _x000D_ (I) NEW LAWS FOR THE DESCRIPCTION OF THE thermodynamic processes TO QUANTICAL ESCALA;_x000D_ (II) Improved IN THE COMPRENSION OF RUIDE EFFECTS IN QUANTIC TECHNOLOGIES;_x000D_ (III) NEW NUMERIC METHODS FOR THE SIMULATION OF QUALITY SYSTEMS OF MUCH PARTICULES, THE CHARACTERISATION OF DYSTEMS CONJUNTS OF QUANTIC OPERATIONS, OR THE STUDY OF QUANTIC OR CLASSIC CAUSAL NATIONS;_x000D_ (IV) NEW TECHNICAL FOR THE CHARACTERISATION OF QUANTICAL CORRELATIONS IN MUCH PARTICLE SYSTEMS. _x000D_ _x000D_ all of these findings will entail important AVANCES FOR THE DEVELOPMENT OF QUANTIC INFORMATION TECHNOLOGIES, which open up new people who are impersonable by the medium of the Classical Physics. (English)
 
Property / summary: THE MAIN OBJECTIVE OF QUANTUM INFORMATION BEYOND QUANTUM INFORMATION (QIBEQI) IS TO USE TECHNIQUES AND CONCEPTS INITIALLY DEVELOPED IN QUANTUM INFORMATION THEORY TO SOLVE OPEN PROBLEMS IN OTHER SCIENTIFIC AREAS. IN RECENT YEARS, RESEARCHERS IN QUANTUM INFORMATION HAVE OBTAINED NEW RESULTS IN THE STUDY OF QUANTIC SYSTEMS OF MANY PARTICLES AND, MORE RECENTLY, OF TERMODINAMICOS PROCESSES ON THE QUANTUM SCALE. QIBEQI ADOPTS THIS APPROACH, WHICH HAS ALREADY BEEN PROVEN SUCCESSFUL IN THESE TWO AREAS, AND ALSO EXPANDS IT TO THE STUDY OF OPEN QUANTIC SYSTEMS AND CAUSAL INFERENCE. The results that are expected of the project are:_x000D_ _x000D_ (I) NEW LAWS FOR THE DESCRIPCTION OF THE thermodynamic processes TO QUANTICAL ESCALA;_x000D_ (II) Improved IN THE COMPRENSION OF RUIDE EFFECTS IN QUANTIC TECHNOLOGIES;_x000D_ (III) NEW NUMERIC METHODS FOR THE SIMULATION OF QUALITY SYSTEMS OF MUCH PARTICULES, THE CHARACTERISATION OF DYSTEMS CONJUNTS OF QUANTIC OPERATIONS, OR THE STUDY OF QUANTIC OR CLASSIC CAUSAL NATIONS;_x000D_ (IV) NEW TECHNICAL FOR THE CHARACTERISATION OF QUANTICAL CORRELATIONS IN MUCH PARTICLE SYSTEMS. _x000D_ _x000D_ all of these findings will entail important AVANCES FOR THE DEVELOPMENT OF QUANTIC INFORMATION TECHNOLOGIES, which open up new people who are impersonable by the medium of the Classical Physics. (English) / rank
Normal rank
 
Property / summary: THE MAIN OBJECTIVE OF QUANTUM INFORMATION BEYOND QUANTUM INFORMATION (QIBEQI) IS TO USE TECHNIQUES AND CONCEPTS INITIALLY DEVELOPED IN QUANTUM INFORMATION THEORY TO SOLVE OPEN PROBLEMS IN OTHER SCIENTIFIC AREAS. IN RECENT YEARS, RESEARCHERS IN QUANTUM INFORMATION HAVE OBTAINED NEW RESULTS IN THE STUDY OF QUANTIC SYSTEMS OF MANY PARTICLES AND, MORE RECENTLY, OF TERMODINAMICOS PROCESSES ON THE QUANTUM SCALE. QIBEQI ADOPTS THIS APPROACH, WHICH HAS ALREADY BEEN PROVEN SUCCESSFUL IN THESE TWO AREAS, AND ALSO EXPANDS IT TO THE STUDY OF OPEN QUANTIC SYSTEMS AND CAUSAL INFERENCE. The results that are expected of the project are:_x000D_ _x000D_ (I) NEW LAWS FOR THE DESCRIPCTION OF THE thermodynamic processes TO QUANTICAL ESCALA;_x000D_ (II) Improved IN THE COMPRENSION OF RUIDE EFFECTS IN QUANTIC TECHNOLOGIES;_x000D_ (III) NEW NUMERIC METHODS FOR THE SIMULATION OF QUALITY SYSTEMS OF MUCH PARTICULES, THE CHARACTERISATION OF DYSTEMS CONJUNTS OF QUANTIC OPERATIONS, OR THE STUDY OF QUANTIC OR CLASSIC CAUSAL NATIONS;_x000D_ (IV) NEW TECHNICAL FOR THE CHARACTERISATION OF QUANTICAL CORRELATIONS IN MUCH PARTICLE SYSTEMS. _x000D_ _x000D_ all of these findings will entail important AVANCES FOR THE DEVELOPMENT OF QUANTIC INFORMATION TECHNOLOGIES, which open up new people who are impersonable by the medium of the Classical Physics. (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 00:19, 13 October 2021

Project Q3202126 in Spain
Language Label Description Also known as
English
QUANTUM INFORMATION BEYOND QUANTUM INFORMATION
Project Q3202126 in Spain

    Statements

    country
    Spain
    0 references
    EU contribution
    102,850.0 Euro
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    budget
    205,700.0 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
    EL OBJETIVO PRINCIPAL DE ¿QUANTUM INFORMATION BEYOND QUANTUM INFORMATION¿ (QIBEQI) ES UTILIZAR TECNICAS Y CONCEPTOS INICIALMENTE DESARROLLADOS EN TEORIA DE LA INFORMACION CUANTICA PARA RESOLVER PROBLEMAS ABIERTOS EN OTRAS AREAS CIENTIFICAS. IN LOS ULTIMOS AÑOS, INVESTIGADORES EN INFORMACION CUANTICA HAN OBTENIDO NUEVOS RESULTADOS EN EL ESTUDIO DE LOS SISTEMAS CUANTICOS DE MUCHAS PARTICULAS Y, MAS RECIENTEMENTE, DE PROCESOS TERMODINAMICOS EN LA ESCALA CUANTICA. QIBEQI ADOPTA ESTE ENFOQUE, QUE YA HA SIDO DEMOSTRADO EXITOSO EN ESTAS DOS AREAS, Y ADEMAS LO EXPANDE AL ESTUDIO DE LOS SISTEMAS CUANTICOS ABIERTOS Y LA INFERENCIA CAUSAL. LOS RESULTADOS QUE SE ESPERAN DEL PROYECTO SON:_x000D_ _x000D_ (I) NUEVAS LEYES PARA LA DESCRIPCION DE LOS PROCESOS TERMODINAMICAS A ESCALA CUANTICA;_x000D_ (II) MEJORAS EN LA COMPRENSION DE LOS EFECTOS DEL RUIDO EN LAS TECNOLOGIAS CUANTICAS;_x000D_ (III) NUEVOS METODOS NUMERICOS PARA LA SIMULACION DE SISTEMAS CUANTICOS DE MUCHAS PARTICULAS, LA CARACTERIZACION DE DISTINTOS CONJUNTOS DE OPERACIONES CUANTICAS, O EL ESTUDIO DE LAS REDES CAUSALES CUANTICAS O CLASICAS;_x000D_ (IV) NUEVAS TECNICAS PARA LA CARACTERIZACION DE LAS CORRELACIONES CUANTICAS EN SISTEMAS DE MUCHAS PARTICULAS. _x000D_ _x000D_ TODOS ESTOS RESULTADOS SUPONDRAN AVANCES IMPORTANTES PARA EL DESARROLLO DE LAS TECNOLOGIAS CUANTICAS DE LA INFORMACION, QUE ABREN PERSPECTIVAS RADICALMENTE NUEVAS QUE SON IMPOSIBLES POR MEDIO DE LA FISICA CLASICA. (Spanish)
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    location (string)
    Castelldefels
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    Identifiers

    Spanish Kohesio ID
    FIS2016-80773-P
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