Scientific Research Centre of Excellence SlovakION for Material and Interdisciplinary Research (Q3104485): Difference between revisions
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(Created claim: summary (P836): The general strategic objective of the present proposal for a research project entitled “Scientific Research Centre of Excellence SlovakION for Material and Interdisciplinary Research” is to create a sustainable excellent R & D, innovation and institutional governance environment. The main activity of the applicant will focus on the implementation of R & D tasks in particular in the priority areas of RIS3: “Material research and nanotechnologies...) |
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The general strategic objective of the present proposal for a research project entitled “Scientific Research Centre of Excellence SlovakION for Material and Interdisciplinary Research” is to create a sustainable excellent R & D, innovation and institutional governance environment. The main activity of the applicant will focus on the implementation of R & D tasks in particular in the priority areas of RIS3: “Material research and nanotechnologies” also linked to the field of “Information and Communication Technologies”, which is essential for the successful achievement of project objectives and activities, whether in the framework of:(a) the supporting field of R & D in the above areas, e.g. in the implementation of the Time-of-Flight ERDA measurement systems and their integration into the Tandetron 6MV acceleration system. Nuclear and computing electronics form the necessary background for the successful realisation of physical tasks resulting from measurement.b) interdisciplinary research in order to transfer know-how from other scientific fields, offering sophisticated methods of data processing and analysis and which are not normally widespread in material sciences. Our dominant interest in such an interdisciplinary strategy is the study of the signal as such. Originally designed methods for astrophysics have application in the study of quasi-periodic nano-elements on material surfaces, or do not need equidistant data, which is a limiting condition of Fourier analysis in the case of microscopy, etc. The aim is to adopt specific methods used in other scientific fields such as the analysis of light curves of acretic processes (astrophysics) or the study of the EEG signal from the brain (neuroscience) and thus take a step forward in the analysis of electron or AFM microscopy. (English) | |||||||||||||||
| Property / summary: The general strategic objective of the present proposal for a research project entitled “Scientific Research Centre of Excellence SlovakION for Material and Interdisciplinary Research” is to create a sustainable excellent R & D, innovation and institutional governance environment. The main activity of the applicant will focus on the implementation of R & D tasks in particular in the priority areas of RIS3: “Material research and nanotechnologies” also linked to the field of “Information and Communication Technologies”, which is essential for the successful achievement of project objectives and activities, whether in the framework of:(a) the supporting field of R & D in the above areas, e.g. in the implementation of the Time-of-Flight ERDA measurement systems and their integration into the Tandetron 6MV acceleration system. Nuclear and computing electronics form the necessary background for the successful realisation of physical tasks resulting from measurement.b) interdisciplinary research in order to transfer know-how from other scientific fields, offering sophisticated methods of data processing and analysis and which are not normally widespread in material sciences. Our dominant interest in such an interdisciplinary strategy is the study of the signal as such. Originally designed methods for astrophysics have application in the study of quasi-periodic nano-elements on material surfaces, or do not need equidistant data, which is a limiting condition of Fourier analysis in the case of microscopy, etc. The aim is to adopt specific methods used in other scientific fields such as the analysis of light curves of acretic processes (astrophysics) or the study of the EEG signal from the brain (neuroscience) and thus take a step forward in the analysis of electron or AFM microscopy. (English) / rank | |||||||||||||||
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| Property / summary: The general strategic objective of the present proposal for a research project entitled “Scientific Research Centre of Excellence SlovakION for Material and Interdisciplinary Research” is to create a sustainable excellent R & D, innovation and institutional governance environment. The main activity of the applicant will focus on the implementation of R & D tasks in particular in the priority areas of RIS3: “Material research and nanotechnologies” also linked to the field of “Information and Communication Technologies”, which is essential for the successful achievement of project objectives and activities, whether in the framework of:(a) the supporting field of R & D in the above areas, e.g. in the implementation of the Time-of-Flight ERDA measurement systems and their integration into the Tandetron 6MV acceleration system. Nuclear and computing electronics form the necessary background for the successful realisation of physical tasks resulting from measurement.b) interdisciplinary research in order to transfer know-how from other scientific fields, offering sophisticated methods of data processing and analysis and which are not normally widespread in material sciences. Our dominant interest in such an interdisciplinary strategy is the study of the signal as such. Originally designed methods for astrophysics have application in the study of quasi-periodic nano-elements on material surfaces, or do not need equidistant data, which is a limiting condition of Fourier analysis in the case of microscopy, etc. The aim is to adopt specific methods used in other scientific fields such as the analysis of light curves of acretic processes (astrophysics) or the study of the EEG signal from the brain (neuroscience) and thus take a step forward in the analysis of electron or AFM microscopy. (English) / qualifier | |||||||||||||||
point in time: 28 September 2021
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Revision as of 14:18, 28 September 2021
Project Q3104485 in Slovakia
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Scientific Research Centre of Excellence SlovakION for Material and Interdisciplinary Research |
Project Q3104485 in Slovakia |
Statements
8,875,851.12 Euro
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10,442,177.79 Euro
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85.0 percent
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1 December 2019
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1 May 2023
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Slovenská technická univerzita v Bratislave
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48°8'54.96"N, 17°6'27.90"E
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Generálnym strategickým cieľom predkladaného návrhu výskumného projektu s názvom „Vedeckovýskumné centrum excelentnosti SlovakION pre materiálový a interdisciplinárny výskum“ je vytvorenie udržateľného excelentného výskumno-vývojového, inovačného a inštitucionálno-riadiaceho prostredia. Hlavná aktivita žiadateľa sa bude zameriavať na realizáciu VaV úloh najmä v prioritných oblastiach RIS3: „Materiálový výskum a nanotechnológie“ s previazaním aj na oblasť „Informačné a komunikačné technológie“, ktorá je nevyhnutná pre úspešné naplnenie cieľov a aktivít projektu, či už v rámci:a) podpornej oblasti výskumu a vývoja vo vyššie uvedených oblastiach, napr. konkrétne pri realizácii meracích systémov Time-of-Flight ERDA a ich integrácie do urýchľovacieho systému Tandetron 6MV. Jadrová a výpočtová elektronika tvorí nevyhnutné pozadie pre úspešnú realizáciu fyzikálnych úloh vyplývajúcich z merania.b) interdisciplinárneho výskumu za účelom transferu know-how z iných vedných oblastí, ktoré ponúkajú sofistikované metódy spracovania a analýzy dát a ktoré nie sú štandardne rozšírené v materiálových vedách. Našim dominantným záujmom v takejto interdisciplinárnej stratégii je štúdium signálu ako takého. Pôvodne navrhnuté metódy pre astrofyziku majú uplatnenie v štúdiu kváziperiodických nano-prvkov na povrchoch materiálov, alebo nepotrebujú ekvidistantné dáta čo je obmedzujúca podmienka Fourierovej analýzy v prípade mikroskopie a pod.. Cieľom je osvojiť si špecifické metódy používané v iných vedných oblastiach ako je analýza svetelných kriviek akrečných procesov (astrofyzika) alebo štúdium EEG signálu z mozgu (neurovedy) a dostať sa tak o krok vpred čo sa týka analýzy elektrónovej alebo AFM mikroskopie. (Slovak)
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The general strategic objective of the present proposal for a research project entitled “Scientific Research Centre of Excellence SlovakION for Material and Interdisciplinary Research” is to create a sustainable excellent R & D, innovation and institutional governance environment. The main activity of the applicant will focus on the implementation of R & D tasks in particular in the priority areas of RIS3: “Material research and nanotechnologies” also linked to the field of “Information and Communication Technologies”, which is essential for the successful achievement of project objectives and activities, whether in the framework of:(a) the supporting field of R & D in the above areas, e.g. in the implementation of the Time-of-Flight ERDA measurement systems and their integration into the Tandetron 6MV acceleration system. Nuclear and computing electronics form the necessary background for the successful realisation of physical tasks resulting from measurement.b) interdisciplinary research in order to transfer know-how from other scientific fields, offering sophisticated methods of data processing and analysis and which are not normally widespread in material sciences. Our dominant interest in such an interdisciplinary strategy is the study of the signal as such. Originally designed methods for astrophysics have application in the study of quasi-periodic nano-elements on material surfaces, or do not need equidistant data, which is a limiting condition of Fourier analysis in the case of microscopy, etc. The aim is to adopt specific methods used in other scientific fields such as the analysis of light curves of acretic processes (astrophysics) or the study of the EEG signal from the brain (neuroscience) and thus take a step forward in the analysis of electron or AFM microscopy. (English)
28 September 2021
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Identifiers
313011W085
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