What are the potential applications of artificial diamond radiation detectors?

AI Thread Summary
The discussion centers on a technology project exploring alternative applications for a radiation detector made from artificial diamond, highlighting its ultra-fast response time, high durability in extreme environments, excellent signal-to-noise ratio, and broad dynamic range. The user seeks suggestions for potential uses of this detector. A connection to a CERN team is mentioned, but the user clarifies that their project, while affiliated with the same university and CERN's Talent program, focuses on different types of radiation detectors. The inquiry aims to leverage the detector's unique properties for innovative applications. The conversation invites creative input on practical uses for this advanced technology.
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Hello, I am a business student currently collaborating on a technology project whose aim is to find alternative applications for a radiation detector made from artificial diamond.

The main benefits of the detector are:
• Ultra-fast response time
• High durability in really harsh environments (vacuum, radioactive environment, space, cryogenic temperatures)
• Very good signal-to-noise ratio and therefore very precise and reliable measurement
• Broad dynamic range (radioactive particles to UV-light)

Any ideas where it could be used?

Thanks for your help
 
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Hello, no, we come from the same university and both collaborate with Talent program from CERN. However, our projects are slightly different and include different types of radiation detectors.
 

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