Luxembourg Space Agency Partners with CSMC for Next-Gen Quantum Resource Mapping

by Prathik Jayaprakash

The Canadian Space Mining Corporation (CSMC) is pleased to announce it has been awarded a contract by the Luxembourg Space Agency (LSA) to develop a pioneering space-based quantum gravimetry sensor system, known as QASM (Quantum Atomic Subsurface Mapper). QASM is a breakthrough dual-use sensing platform designed to detect and characterize subsurface resources—such as critical minerals and water—from orbit. The technology is intended for use on Earth as well as other planetary bodies. This project marks a significant milestone in EU–Canada cooperation on quantum technologies for space, merging Canadian innovation with European technical and institutional leadership.

“Luxembourg has long been committed to building international partnerships that accelerate sustainable space exploration,” said Bob Lamboray, Senior Manager of Exploration and Space Resources at the Luxembourg Space Agency. “Through this collaboration with CSMC and the European Space Agency (ESA), we are combining the strengths of Europe and Canada in quantum research, resource science, and commercial space development.”

Developed in Canada, QASM utilizes cold-atom interferometry to achieve ultra-sensitive gravity measurements. These capabilities are essential for identifying resources hidden beneath the surface, addressing humanity’s most pressing resource challenges by increasing detection efficacy while saving time and capital.

“This project is another example of our commitment to growing Canada’s ‘Quantum Advantage.’ Quantum sensors like QASM will redefine how we meet society’s resource needs,” said Daniel Sax, CEO of CSMC. “Detecting critical minerals and water below the surface is still like finding a needle in a haystack; QASM has the potential to revolutionize that process. We are extremely grateful for the support of the LSA and ESA, as this collaboration demonstrates the power of transatlantic innovation.”

Early laboratory demonstrations of the QASM system are scheduled for 2026, with field testing and validation to follow. These milestones will pave the way for potential in-space demonstrations within the next few years.

This initiative complements CSMC’s broader technology portfolio, which includes the LEUNR (Low Enriched Uranium Nuclear Reactor)—a dual-use microreactor designed for lunar and terrestrial deployment. Together, these technologies form a suite of infrastructure solutions aimed at enabling a sustainable human presence beyond Earth.