Collaborations

QSolid
Quantum Computer in the Solid State

QSolid will develop an integrated, fully HPC-embedded demonstrator system based on cryogenic superconducting quantum processors integrated into a fully engineered hardware system with control, read-out and infrastructure up to the specific, optimized firmware and software stack.

GeQCoS
German Quantum Computer based on Superconducting Qubits

In this joint project, Germany’s leading scientists in the field of superconducting quantum circuits have teamed up to develop innovative concepts for the construction of an improved quantum processor. They aim to realize a quantum processor with improved quality based on new materials and manufacturing methods.

DAQC
Digital-Analog Quantum Computing

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This national project unifies efforts of start-ups and companies together with research institutions and computing centres. The goal is the production and operation of a digital-analogue quantum computer consisting of 54 qubits, as well as the development of the associated calibration and control technology.

OpenSuperQplus
Open Superconducting Quantum Computers

OpenSuperQPlus has an ambitious seven-year agenda with the ultimate goal of a versatile 1,000-qubit quantum-computing system made in Europe. The large-scale consortium anticipates special use cases in quantum simulation for the chemical industry, materials science or in solving optimisation problems and in machine learning.

Manucharyan Group
University of Maryland

We have a very fruitful collaboration with the group of Vladimir Manucharyan. In our lab we investigate the promising potential of fluxonium qubits for its application in scalable quantum computing.