ASTERIQS
QuMicro is building upon ASTERIQS which has significantly advanced the performances of the sensors based on nitrogen-vacancy (NV) centers in diamond. The quality of the diamond crystal has been improved, with an increased concentration of NV centres.
DIADEMS
QuMicro is building upon the DIADEMS project aimed at exploiting the unique physical properties of NV color centres in ultrapure single-crystal CVD-grown diamond to develop innovative devices for ICT applications.
AMADEUS
Quantum sensing exploits the coherent superposition of quantum states to perform measurements with unprecedented sensitivity. The nitrogen-vacancy centre in diamond is an excellent candidate to realise the ideal quantum sensor.
SPINUS
The EU-funded SPINUS project will develop experimental platforms for both quantum simulation with over 50 quantum units and quantum computation with over 10 qubits, using nuclear spin networks and electron spin qubits in diamond and silicon carbide materials.
QU-PILOT
This ambitious initiative aims to empower SMEs, foster a European quantum technology supply chain, ensuring Europe remains at the forefront of quantum innovation. The project will safeguard critical intellectual property within the EU, all while contributing to the development of European standards in the field.
ACDCQ
Current quantum diamond devices and instruments are expensive and still rather 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 ACDC_Q project aims to solve these problems by creating a compact, cost-effective system for controlling and reading NV centres.