A Optimizing MCP Position Resolution: Latest Research and References"

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Current research indicates that the best position resolution for micro channel plates (MCP) is around 50 microns, with some claims suggesting better performance, though lacking experimental backing. Silicon detectors are noted to offer superior resolution, typically around 10 micrometers, especially for higher energy particles. The method of particle arrival and directional requirements can influence effective resolution, suggesting geometric optimizations may be beneficial. Budget and area constraints also play a critical role in selecting the appropriate detection technology. Overall, for electron and ion detection in the specified energy range, MCP remains a viable option, but silicon detectors may provide enhanced performance.
BillKet
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Hello! I am doing some calculations and I would like to use the best value for a micro channel plate (position sensitive) position resolution to date. I don't care too much about the details, but I don't want to use too small of a value and of course I'd like to give a reference for this value. I found papers showing 50 microns. I also saw claims below that, but not an actual paper showing it experimentally. Does anyone know of an experiment going below 50 microns? Also, are there detectors better than MCP in terms of position resolution? Just to clarify, I am interested in electrons/ions detection (in my case the energies are between 1keV and 1MeV, but I am fine with references for higher energies, too). Thank you!
 
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At higher energies, silicon detectors are better (~10 micrometers are typical, better is possible). They might still respond to low energy particles.

How are your particles arriving at the detector and what direction do you need to know about? There might be some nice geometric ways to improve the effective resolution.

Also, what's the area and budget you work with?
 
Theoretical physicist C.N. Yang died at the age of 103 years on October 18, 2025. He is the Yang in Yang-Mills theory, which he and his collaborators devised in 1953, which is a generic quantum field theory that is used by scientists to study amplitudes (i.e. vector probabilities) that are foundational in all Standard Model processes and most quantum gravity theories. He also won a Nobel prize in 1957 for his work on CP violation. (I didn't see the post in General Discussions at PF on his...

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