Radiation Detection System

AWG Discussions RadLab Working Group Topics
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The future of space exploration and science is one of humanity’s greatest adventures. One of the most significant risks encountered along the way is radiation, particularly from solar flares and cosmic rays. I have completed the Real-Time Radiation Detection System prototype I’ve been working on to address this issue.

This project aims to instantly detect radiation using thorium nanoparticles in a luminescent zeolite matrix, bypassing the cost and complexity of existing systems. Our prototype offers a more accessible and lightweight solution thanks to low-cost electronic components (like Arduino).

The system displays the detected radiation level via an LCD screen and colored LEDs, and provides instant feedback to astronauts with an audible warning (buzzer) in critical situations.

I believe this project has the potential to be developed with artificial intelligence and machine learning and become a critical safety system for future missions to the Moon and Mars.

What are your thoughts on the future of this project? I eagerly await your comments and feedback.

@RLWG @kirill @j_miller @padilla

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Hello! Your prototype shows real promise as a low-cost, lightweight radiation detection system for space applications. The use of luminescent zeolite with thorium nanoparticles, coupled with simple Arduino electronics and real-time alarms, makes it innovative and accessible.

The next steps should focus on: Validation against standard dosimeters to establish accuracy and sensitivity; Environmental testing in temperature, vacuum, vibration; Safety and regulation (especially the thorium component) or exploring non-radioactive scintillators; Integration with AI/ML to classify radiation events and improve reliability.

With these refinements, your project could evolve into a critical safety tool for lunar and Martian missions. Incredible project! :wink:

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