Summary
QUEST's primary goal is to amplify the scientific prowess and innovative capabilities of Eötvös Loránd Tudományegyetem (ELTE) alongside its esteemed Twinning partners: Linköpings universitet, Loughborough University, Aalto University, JustInMind SL, and Intelligentsia Consultants Sarl. They collectively aim to create a quantum reservoir computing (QRC) system leveraging silicon carbide (SiC) defect qubits. Over three years, QUEST plans to roll out a research and innovation strategy centered on five core objectives, each associated with eight interrelated work packages.
Objective 1 is geared towards pioneering research to construct a QRC system based on SiC defect qubits. This avant-garde technology could potentially enhance computational speed and diminish power usage by over 100 times compared to traditional machine learning models.
Objective 2 emphasizes knowledge-sharing between ELTE's seasoned researchers and the Twinning partners, facilitated via short-term staff exchanges, seminars, and training sessions, all complementing the research from Objective 1.
Objective 3 focuses on nurturing the career aspirations of early-stage researchers associated with both ELTE and the Twinning entities. They propose strategies like brief and intermediate exchanges, workshops, summer training sessions, and a collaborative PhD scheme.
Objective 4 aims to refine ELTE's administrative and managerial proficiency for European R&D initiatives. Specifically, this entails enhancing the expertise of ELTE’s Education Support Office and Research Support Office in aspects like project management, proposal drafting, intellectual property management, and scientific communication concerning European R&D funding programmes.
Objective 5 is dedicated to bolstering the research stature and academic credibility of ELTE and its Twinning counterparts. This will be achieved through extensive communication, outreach, and dissemination efforts.
Objective 1 is geared towards pioneering research to construct a QRC system based on SiC defect qubits. This avant-garde technology could potentially enhance computational speed and diminish power usage by over 100 times compared to traditional machine learning models.
Objective 2 emphasizes knowledge-sharing between ELTE's seasoned researchers and the Twinning partners, facilitated via short-term staff exchanges, seminars, and training sessions, all complementing the research from Objective 1.
Objective 3 focuses on nurturing the career aspirations of early-stage researchers associated with both ELTE and the Twinning entities. They propose strategies like brief and intermediate exchanges, workshops, summer training sessions, and a collaborative PhD scheme.
Objective 4 aims to refine ELTE's administrative and managerial proficiency for European R&D initiatives. Specifically, this entails enhancing the expertise of ELTE’s Education Support Office and Research Support Office in aspects like project management, proposal drafting, intellectual property management, and scientific communication concerning European R&D funding programmes.
Objective 5 is dedicated to bolstering the research stature and academic credibility of ELTE and its Twinning counterparts. This will be achieved through extensive communication, outreach, and dissemination efforts.
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More information & hyperlinks
| Web resources: | https://cordis.europa.eu/project/id/101156088 |
| Start date: | 01-09-2024 |
| End date: | 31-08-2027 |
| Total budget - Public funding: | - 1 218 775,00 Euro |
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Original description
QUEST's primary goal is to amplify the scientific prowess and innovative capabilities of Eötvös Loránd Tudományegyetem (ELTE) alongside its esteemed Twinning partners: Linköpings universitet, Loughborough University, Aalto University, JustInMind SL, and Intelligentsia Consultants Sarl. They collectively aim to create a quantum reservoir computing (QRC) system leveraging silicon carbide (SiC) defect qubits. Over three years, QUEST plans to roll out a research and innovation strategy centered on five core objectives, each associated with eight interrelated work packages.Objective 1 is geared towards pioneering research to construct a QRC system based on SiC defect qubits. This avant-garde technology could potentially enhance computational speed and diminish power usage by over 100 times compared to traditional machine learning models.
Objective 2 emphasizes knowledge-sharing between ELTE's seasoned researchers and the Twinning partners, facilitated via short-term staff exchanges, seminars, and training sessions, all complementing the research from Objective 1.
Objective 3 focuses on nurturing the career aspirations of early-stage researchers associated with both ELTE and the Twinning entities. They propose strategies like brief and intermediate exchanges, workshops, summer training sessions, and a collaborative PhD scheme.
Objective 4 aims to refine ELTE's administrative and managerial proficiency for European R&D initiatives. Specifically, this entails enhancing the expertise of ELTE’s Education Support Office and Research Support Office in aspects like project management, proposal drafting, intellectual property management, and scientific communication concerning European R&D funding programmes.
Objective 5 is dedicated to bolstering the research stature and academic credibility of ELTE and its Twinning counterparts. This will be achieved through extensive communication, outreach, and dissemination efforts.
Status
SIGNEDCall topic
HORIZON-WIDERA-2023-ACCESS-02-01Update Date
18-12-2024
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