|WikiProject Physics||(Rated Start-class, Mid-importance)|
|WikiProject Astronomy||(Rated C-class, High-importance)|
- Nope. Neutrino detectors are for studies of neutrino properties (particle physics), while neutrino telescopes are aimed at astronomy. They overlap, but cannot be merged (unless you want to merge all physics experiments into one article…). This article sounds like a stub though, it deserves extension. Skippy le Grand Gourou (talk) 20:32, 4 September 2009 (UTC)
- Actually, now that I think about it, you may consider neutrino telescopes as a subcategory of neutrino detectors. But still, the main aim is different than that of most of other neutrino experiments. Skippy le Grand Gourou (talk) 20:51, 4 September 2009 (UTC)
The Opening Sentence to This Article
"A neutrino detector is a device designed to detect neutrinos." Well, a neutrino detector detects neutrinos, by the definitions of the words. It's redundant. So strip it down to "A neutrino detector is a device that is designed." But again, the definition of the word "device" implies that it has been designed.
- It isn't very artistic, but it is perfectly true. Besides, defining a term such as a "neutrino detector" without mentioning "neutrino" and "detect" seems like an unnecessary superhuman trick to avoid claiming what's inherently obvious in the construction of the phrase "neutrino detector". Natural science language very often sounds tautological like the current intro, and I think it is the best way, althought the artistic aspects of the article may suffer. Rursus dixit. (mbork3!) 15:19, 8 May 2010 (UTC)
The sentence "These radiochemical detection methods are useful only for counting neutrinos; no neutrino direction or energy information is available." is in the middle of the second paragraph. I think he refer to the complete section and should become a new paragraph.
Hi, its apparently feasible to detect neutrinos using a room-temperature superconductor. In this case the mechanism for detecting them is microquenches induced in the lattice by neutrino flux, obviously for this to work the system needs to be shielded and kept a few mK below the critical temperature so a handheld unit would be tricky at best.
I actually did some analysis suggesting that neutrinos from 40K could show up very clearly on such a scanner, and form the basis for a life signs detector. If the system detected moving sources then a small animal or human would show up clearly and by measuring flux over time would even show the health of the animal/human being scanned. It would also be handy for detecting buried mines/explosives as nearly all known variants use potassium. — Preceding unsigned comment added by 220.127.116.11 (talk) 14:10, 25 January 2017 (UTC)