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Berkeley Lab-Led Project Secures Funding to Develop a Transportable Muon Imager
Berkeley Lab and Ideon Technologies have secured funding from ARPA-E to develop an active muon imaging system. This project seeks to enhance the efficiency and accuracy of subsurface mineral exploration significantly. By generating high-flux muon beams through compact laser-plasma accelerators, the team aims to reduce imaging times from months to hours, addressing the urgent national need for reliable mineral resource characterization. This advanced technology not only promises to improve mining practices but also has broader implications for engineering and national security.
MonitorConfidence: HighMid term horizon
Published 21 Aug 2026, 12:05 UTC6 min read
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Summary
TL;DR
- ARPA-E funding allocated for a three-year project
- Development of an active muon imaging system for mineral discovery
- Utilizes compact laser-plasma accelerators to enhance muon beam intensity
- Targets imaging times reduced from months to hours
- Collaborative effort by Berkeley Lab and Ideon Technologies
Interesting facts
- Muon imaging can penetrate up to 150 meters of rock.
- The project could have applications beyond mining, including civil engineering and infrastructure safety.
- The technology may improve domestic supply chains for critical minerals.