Results available for download below:
SPINUS Initial communication kit
Quantum advancement: SPINUS aims to demonstrate a quantum simulator with 50+ quantum units and a quantum computer with 10+ qubits. Also, SPINUS seeks scale them up to more than 1000 quantum units and 100 qubits, respectively, within two years post-project.
SiC investigation: SPINUS will investigate SiC as a platform for spin-based quantum simulation and computing. This could allow for qubit/unit counts to exceed 100 and 1000, respectively, opening up the possibility to compete or even surpass existing technologies.
Strategic advantage: SPINUS will strengthen this position and foster collaboration between European institutions, building a common pan-European knowledge base on spin-based quantum simulation and computing.
Theoretical support for fundamental quantum operations.
Developing large coupled spin networks in 2D and 3D for prototype quantum simulators.
Creating a quantum computation platform using materials from WP1 and WP2.
Raising awareness of the potential of quantum technologies, contributing to business development, and standardization.
Ensuring qualitative, timely, and cost-efficient administration of the entire project.
Ongoing list of SPINUS publications:
Bartling, H, J Yun, K Schymik, M Van Riggelen, L Enthoven, H Van Ommen, M Babaie, et al. “Universal High-Fidelity Quantum Gates for Spin-Qubits in Diamond,” March 2024.
Bian, Guodong, Gergő Thiering, and Ádám Gali. “Theory of Optical Spinpolarization of Axial Divacancy and Nitrogen-Vacancy Defects in 4H-SiC,” August 2024.
Grimm, Nick, Katharina Senkalla, Philipp Vetter, Jurek Frey, Prithvi Gundlapalli, Tommaso Calarco, Genko Genov, Matthias Müller, and Fedor Jelezko. “Coherent Control of a Long-Lived Nuclear Memory Spin in a Germanium-Vacancy Multi-Qubit Node,” August 2024.
Lacroix, Thibaut, Brieuc Le Dé, Angela Riva, Angus J. Dunnett, and Alex W. Chin. “MPSDynamics.jl: Tensor Network Simulations for Finite-Temperature (Non-Markovian) Open Quantum System Dynamics.” The Journal of Chemical Physics 161, no. 8 (August 28, 2024). https://doi.org/10.1063/5.0223107.
Preprint, Rémi, Blinder, Yuliya Mindarava, Martin Korzeczek, Alastair Marshall, Felix Glöckler, Steffen Nothelfer, et al. “C HYPERPOLARIZATION with NITROGEN-VACANCY CENTERS in MICRO-and NANODIAMONDS for SENSITIVE MAGNETIC RESONANCE APPLICATIONS,” March 2024.
Van De Stolpe, G, L Feije, S Loenen, A Das, G Timmer, T De Jong, and T Taminiau. “Spectral Diffusion of Lifetime-Limited Optical Transitions in Commercially Available Silicon Carbide,” 2024.
Van Ommen, H, G Van De Stolpe, N Demetriou, H Beukers, J Yun, T Fortuin, M Iuliano, P Montblanch, R Hanson, and T Taminiau. “Enhanced Decoherence-Protected Radio-Frequency Driven Gates for Spin Sensing and Control,” September 2024.