Why?

• Quantum sensing leads to better MRI methods, new atomic clocks to monitor earth and climate change, localization without satellites and many more applications.
• Quantum sensing is the low hanging fruit of quantum technologies: first generation applications already exist and further innovations can reach the market soon.

How?

• Foster an ecosystem of technology developers and end usersto create new applications from TRL 4 and higher.
• Via open calls new components for quantum sensors are developed.
• When operational, public private partnerships will be started to accelerate industrialization.

What?

A testbed for the most promising applications of quantum sensors:

• Sensors based on ultracold atoms used for clocks, network synchronization, soil research and navigation (this links with Photondelta).
• Spin based sensors such as gyroscopes, magnetometers,scanning-probe and nano MRI tools.
• Sensors relevant for the defense and security.
• Mechanical sensors used for measurement of pressure, temperature, voltage, mass and g-forces in navigation.