Muon tomography technology is designed for high-accuracy imaging of dense and complex structures. By detecting naturally occurring cosmic ray particles, it reveals hidden details within materials. The detected particles penetrate thick, shielded, and objects of various sizes, enabling the capture of high-quality 3D images. Operating without artificial radiation sources, the system ensures both safety and efficiency, providing a reliable solution for non-destructive testing and inspection.
Muon tomography systems excel in applications where traditional methods face limitations. Using cosmic ray particles, they inspect dense or layered materials without the need for disassembly or external radiation sources. The technology precisely maps internal structures, identifying subtle density variations, hidden voids, and structural irregularities. Its passive, non-invasive nature makes it ideal for inspecting high-value assets, critical infrastructure, or sealed environments where safety and integrity are paramount. Whether imaging industrial components, geological formations, or large-scale structures, muon tomography offers reliability and insight, tailored for the most demanding scenarios.
Our company’s commitment to integrity, innovation, and collaboration ensures excellence in every project we undertake.
We build trust and credibility with our clients and stakeholders by maintaining the highest ethical standards in all aspects of our work, from data acquisition to reporting.
We continuously research and develop new techniques, hardware, and software to improve muon tomography scans’ resolution, speed, and accuracy. This involves exploring novel detector technologies, optimizing data acquisition, improving analysis algorithms, or developing AI/ML-powered image reconstruction methods.
Muon tomography requires interdisciplinary expertise in physics, engineering, and computer science. We foster collaboration among researchers, engineers, and other stakeholders.
Our journey began as a meeting of minds—interdisciplinary experts united by a shared passion: unlocking the potential of muons to solve real-world challenges. Guided by curiosity and a love of tackling complex problems, we discovered the power of collaboration through diverse scientific perspectives.
For us, space data is not just information; it is a profound source of inspiration, driving us to continually push the boundaries of what we can achieve together.
Professor at Jagiellonian University in Kraków
