Computing | Simulation
SPINUS - Spin based quantum computer and simulator
Project description and objective
The SPINUS project aims to establish experimental platforms for both quantum simulation (with >50 quantum units) and quantum computation (with >10 qubits). Despite rapid advancements, scaling and implementing quantum simulators and computers towards a regime surpassing available classical methods remains difficult due to the demanding constraints of existing architectures. By utilizing the exceptional qualities of silicon carbide (SiC) and diamond materials, the SPINUS project suggests a novel strategy for scalable solid-state quantum simulation and computation hardware based on nuclear spin networks and dipole-dipole entangled electron spin qubits.
The primary goal of the project is to develop a quantum simulation platform utilizing optically polarized NV centres and color centres in conjunction with nuclear spin networks in either diamond or SiC. This technology will enable the exploration of a broad spectrum of strongly correlated models, unrestricted by the limitations of current quantum simulators.
Furthermore, the project aims to upscale platforms for solid-state quantum computing to encompass more than 10 fully programmable qubits at ambient temperatures. To achieve this, the consortium will explore various architectures and techniques for initialising, controlling, and reading out the spin qubits, with the ultimate aim of realising large-scale quantum simulation and computation capabilities. This endeavour will capitalise on the superior coherence properties and resilience against environmental noise offered by these materials.
The SPINUS project holds significant potential to propel the field of quantum computing and simulation forward, opening new avenues for investigating complex quantum systems. It also seeks to nurture and contribute to a European quantum ecosystem and a European diamond ecosystem by fostering collaboration with affiliated start-up businesses and engaging with related Flagship initiatives.