Quantum sensing and metrology use quantum systems – such as cold atoms, trapped ions, solid-state defects or squeezed light – as extremely accurate probes of the environment. These sensors can measure time, acceleration, magnetic and electric fields, gravity or temperature with an accuracy that surpasses many classical instruments.
Quantum sensors and clocks will generate high-quality datasets and precise timing information that are highly valuable for EuroHPC users. Examples include:
- geophysical and climate-related data for large-scale simulations on EuroHPC JU systems,
- high-resolution imaging or spectroscopic data for AI and machine-learning workflows, and
- ultra-stable timing to synchronise distributed compute and communication infrastructures.
As these technologies mature, EuroHPC JU can serve as a hub where quantum-sensor data, HPC and quantum computing come together to support advanced applications.