#Canada #Toronto #quantum sensors #Canadian Space Mining #Luxembourg Space Agency

Luxembourg Space Agency Partners with CSMC for Quantum Sensing Innovation

On November 24, 2025, the Canadian Space Mining Corporation (CSMC) proudly announced the awarding of a significant contract by the Luxembourg Space Agency (LSA). This collaboration will focus on the development of an advanced quantum gravimetry sensor known as the Quantum Atomic Subsurface Mapper (QASM). Designed to operate from both Earth and other planetary bodies, the QASM represents a groundbreaking dual-use detection platform aimed at identifying and characterizing critical sub-surface resources, including essential minerals and water.

This project marks a pivotal step in strengthening international partnerships within the realms of quantic technologies and space exploration between Canada and the European Union. Bob Lamboray, the Senior Director of Space Exploration and Resources at the LSA, emphasized Luxembourg's long-standing commitment to fostering international alliances that promote sustainable space exploration: "By collaborating with CSMC and the European Space Agency (ESA), we are merging the strengths of European and Canadian capabilities in quantum research, resource science, and commercial space development."

CSMC's CEO, Daniel Sax, expressed strong conviction in this project as a testament to Canada's growing expertise in quantum technology. Sax remarked, "Quantum sensors like QASM will redefine how we intelligently meet the resource needs of our society. The QASM possesses the potential to revolutionize the manner in which we detect critical minerals, water, and other subsurface elements, previously akin to finding a needle in a haystack. We deeply appreciate the support provided by LSA and ESA in this endeavor, showcasing the power of transatlantic innovation."

Technical Innovations of QASM

Developed in Canada, the QASM employs cold atom interferometry to perform ultra-sensitive gravity measurements. This technology is crucial for uncovering sub-surface resources, thus addressing some of humanity's most pressing resource challenges. By enhancing our capacity to detect natural resources more efficiently, this quantum sensor could lead to significant savings in both time and financial investment.

Laboratory demonstrations for the QASM system are anticipated to begin in 2026, enabling further field tests and validation processes. Successful outcomes of these tests would pave the way for early space demonstrations in subsequent years.

The QASM initiative is part of CSMC's broader technological portfolio, which also features their Low-Enriched Uranium Nuclear Reactor (LEUNR). This dual-use microreactor is tailored for both lunar and terrestrial deployment, representing part of a growing suite of infrastructure technologies supporting sustainable human presence beyond Earth.

About Canadian Space Mining Corporation (CSMC)

Established in Toronto, CSMC focuses on developing cutting-edge technologies for extraterrestrial resource extraction, energy generation, and in-situ infrastructure. Their mission centers around creating dual-use technologies that meet the current and future needs of humanity with sustainable systems that integrate nuclear, quantum, and robotic innovations.

About Luxembourg Space Agency (LSA)

Founded in 2018 by the Ministry of Economy, LSA aims to advance the national space sector by supporting new and existing companies, developing human resources, facilitating funding access, and promoting academic research. The agency effectively manages the national strategy for economic space development, overseeing research and development programs while representing Luxembourg within the European Space Agency (ESA) and other international space initiatives.

About European Space Agency (ESA)

The ESA serves as Europe's gateway to space, collaborating with 22 member states to develop technologies, applications, and space missions that benefit society. ESA promotes innovation collaborations across Europe and with countries like Canada to enhance space exploration and scientific discovery.