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Stella Maris Project for a safe North Sea

Project
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noordzee

Quantum sensing helps improve the detection of activities in the North Sea and protect critical infrastructure. In the Stella Maris project, the Amsterdam University of Applied Sciences (AUAS) is developing quantum sensors for safer and more sustainable monitoring at sea.

As part of the Stella Maris pilot project, the Amsterdam University of Applied Sciences is investigating how quantum sensors can contribute to better detection and interpretation of activities at sea. These sensors measure extremely small disturbances in, for example, magnetic fields and can therefore detect objects that are difficult to see with conventional systems. 

The project takes a practical approach: researchers develop prototypes and test them in collaboration with government partners under realistic conditions. This involves exploring scalability, combining data from various sources, and translating measurement data into actionable operational insights. 

The pilot is part of the North Sea Infrastructure Protection Program (PBNI) and is being coordinated by the North Sea Connectivity Field Lab, ensuring that the research directly addresses policy and implementation issues. 

We are making quantum technology suitable for use in the field, so that it can be applied by government and society. This can only be achieved through collaboration between researchers, policymakers, and practitioners.
Marten-Teitsma

Marten Teitsma

Special Lecturer Applied Quantum Computing

Expected results 

The project will generate new knowledge and applications for the protection of the North Sea. Expected results include:

  • Functioning prototypes of quantum sensors for detecting ships, including dark vessels
  • Improved monitoring of critical infrastructure such as wind farms and undersea cables
  • Insights into how quantum sensing can be combined with other sensor technologies A roadmap toward the systematic deployment of quantum technology within government and security partners
  • A unique learning environment for students and young researchers at the intersection of technology and society 

Team 

  • Marten Teitsma – Professor of Applied Quantum Computing, project leader
  • Marcel van der Horst – Associate Professor & Lab Lead, AUAS Sensor Lab
  • Simon van Oossanen – ICT Student, Research team 

Partners 

  • Ministry of Infrastructure and Water Management (IenW)
  • Rijkswaterstaat (RWS)
  • North Sea Infrastructure Protection Program (PBNI)
  • Fieldlab Connectiviteit Noordzee (RFCN)
  • Amsterdam University of Applied Sciences – Sensorlab