Discussion Overview
The discussion revolves around finding or building a muon detector, with participants sharing resources, suggestions, and insights on the topic. The scope includes practical applications, DIY solutions, and technical considerations related to muon detection.
Discussion Character
- Exploratory
- Technical explanation
- Debate/contested
Main Points Raised
- One participant requests assistance in locating a muon detector or someone to build one, expressing a lack of technical skills.
- Another participant suggests a link to a DIY muon detector project, indicating a potential low-cost solution.
- Concerns are raised about the lack of response from a suggested source for purchasing a detector.
- It is mentioned that Tom Coan at SMU sells muon detectors, with an expectation of high costs involved.
- Some participants note that Geiger counters can detect muons but cannot differentiate them from other radiation events, such as radioactive decay.
- Suggestions are made regarding modifications to Geiger counters to improve muon detection specificity, including adjusting the gain and using shielding.
- A participant discusses the potential for a coincidence setup using two Geiger counters to enhance detection of high-energy particles.
- Information is shared about the cost of a commercial muon detector and the history of companies that previously sold related equipment.
- A DIY approach using a SiPM chip and Geiger tubes is mentioned, highlighting the challenges of cost and technical requirements for such projects.
Areas of Agreement / Disagreement
Participants express a range of views on the feasibility of using Geiger counters for muon detection, with some suggesting modifications while others emphasize the limitations. There is no consensus on the best approach to obtaining or building a muon detector.
Contextual Notes
Participants indicate limitations in current options for muon detectors, including high costs and the technical challenges of DIY solutions. There are unresolved questions regarding the effectiveness of modified Geiger counters and the specifics of detection methods.