SPINUS: Pioneering scalable solid-state quantum computing
Leveraging Nitrogen Vacancy (NV) Centers: A Quantum Advantage
SPINUS will leverage nitrogen vacancy (NV) centers in diamond, respectively silicon carbide as a promising approach towards quantum computation. SPINUS builds on recent developments in engineered electronic and nuclear spin networks, solid-state quantum simulators, and computers to propel this technological approach towards scalable solid-state quantum computing.
Quantum Simulation Beyond 50 Quantum Units
SPINUS sets its sights on mature hardware platforms for quantum simulation, aiming to unlock quantum advantages. SPINUS activities aim to go beyond the state of the art with three distinct quantum simulator prototypes: a 3D nuclear-spin simulator, a 3D electron-spin simulator, and a 2D nuclear-spin simulator.
Spin-Based Quantum Computing Beyond 10 Qubits
The project aims at elevating quantum computing platforms based on NV centers by increasing the usable qubit number beyond 10. The main goal is to develop platforms that allow for universal quantum computation based on two-qubit gate operations facilitated by controllable dipolar couplings between adjacent NV centers.
Also, the project delves into improving methods for controlling and reading out the state of qubits, crucial for achieving high-fidelity gates and accurate measurements. Lastly, SPINUS aims to enhance the performance of quantum algorithms concerning distinct use cases.
AMIRES’s role within the project is to support the management activities, besides leading the Work Package on Dissemination, Communication, and Exploitation.
Keep an eye on SPINUS to witness a quantum leap in quantum technologies!
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