ACDC_Q

Quantum sensors using nitrogen-vacancy (NV) centres in diamonds have shown great potential, but there are still challenges to overcome. Current quantum diamond devices and instruments are expensive and bulky, and large-scale use is limited due to the need for compact, affordable systems. The cost and complexity of the hardware also make it difficult to apply in everyday settings. The EU-funded ACDC_Q project aims to solve these problems by creating a compact, cost-effective system for controlling and reading NV centres using semiconductor technology. Building on previous research, ACDC_Q will enable more advanced, affordable diamond sensors for applications in magnetometry, space exploration and remote monitoring as well as with potential applications to cross-disciplinary fields.