NEASQC, a major European project uniting academic experts and industrial end‑users, focused on designing quantum‑enabled applications capable of leveraging NISQ (Noisy Intermediate‑Scale Quantum) systems that will become available in the near future.
Driven by real industrial needs, NEASQC explored high‑value use cases such as drug discovery, CO₂ capture, smart energy systems, natural language processing, breast cancer detection, probabilistic risk assessment, and hydrocarbon well optimisation. The overarching ambition was to demonstrate that meaningful quantum advantage can already emerge during the NISQ era.
Key achievements of NEASQC
NISQ‑ready industrial use cases
- Development of concrete applications across healthcare, chemistry, energy, environment and finance.
- Early demonstrations showing where NISQ approaches can support optimisation, simulation and classification tasks.
New quantum software techniques
- Advances in variational algorithms, quantum machine learning, quantum chemistry and error‑mitigation strategies.
- Hybrid quantum–classical methods designed to extract value despite noisy hardware.
A common toolset for European users
- Delivery of an open, shared software environment enabling new industrial actors to experiment with NISQ computing.
- Tools for algorithm design, simulation, benchmarking and workflow integration.
Strengthening the European NISQ ecosystem
- Training materials, documentation and demonstrators enabling broader adoption.
- Engagement of a growing community of academic and industrial stakeholders.
NEASQC demonstrated that practical quantum computing is already emerging, as NISQ systems can deliver advantages for selected industrial and scientific tasks. The project delivered validated use cases, new algorithmic techniques, an open toolset and a strengthened European user community.
The European Commission commended the technical quality of the publications and results and encouraged the consortium to pursue continued collaboration on future quantum initiatives.
