Regio Zuid-Holland | OptiQontrol

Development and especially scaling up of quantum technology still has a number of.challenges to overcome. Because qubits must operate at extremely low temperatures,.space and cooling power limitations make it complex to scale up more than a few.hundreds of qubits. Existing principles of connecting qubits limit the amount of qubits to.1,000-10,000. Within this project, QphoX and Qblox will collaborate to develop a new.technology through which qubits can be easily connected, read out and controlled when.dealing with 100,000’s of qubits: OptiQontrol. The project specifically connects to subtopic.ST-2 'Quantum computing' within the KIA ‘Key Technologies’. QphoX and Qblox will.provide a significant contribution to answer sub-question Q4: 'Can we develop the.materials, production technologies, electronics and architectures for the (fault-tolerant).quantum computer of the future and, by means of 'demonstrators', identify the challenges.in the integration with ICT and possible applications?’

Projectsamenvatting

Projectnummer MIT_2023_1133
Rijksbijdrage € 350.000,00
Uitleg Rijksbijdrage Het getoonde bedrag is inclusief de bijdrage van de regio
Locatie Zuid-Holland, Nederland
Jaar 2023
Subsidieregeling Mkb-innovatiestimulering Topsectoren
Partners QphoX B.V.
Sectoren Elektronica-industrie, ICT
Aanvrager Qblox B.V.