From: Jack Cole
* Dirt Cheap Muon Detector Puts Particle Physics Within DIY Reach
http://flip.it/0.QD-k
This device is seeing one muon per second at sea level in Boston. The actual
flux is about 150 per second, so the detector is less than 1% efficient. It
would be most interesting
Dirt Cheap Muon Detector Puts Particle Physics Within DIY Reach
http://flip.it/0.QD-k
It is an interesting design using a solid state photomultiplier, but really
it is a charged particle + gamma detector with no discrimination. It is
listed as detecting cosmogenic muons because they are the most likely
cosmic ray detection at the surface of the Earth.
On Sun, Oct 16, 2016 at 7:42
Correction – the standard muon flux 10,000/m^2 at sea level – so the flux is
based on a square meter and the box looks to be far less area – so it could be
perhaps 10-20% efficient.
From: Jack Cole
Ø Dirt Cheap Muon Detector Puts Particle Physics Within DIY Reach
http://flip.it/0.QD-k
Make that 10,000/m^2/sec according to Wiki…
Correction – the standard muon flux 10,000/m^2 at sea level – so the flux is
based on a square meter and the box looks to be far less area – so it could be
perhaps 10-20% efficient.
From: Jack Cole
Ø Dirt Cheap Muon Detector Puts Particle
Curiously enough, the Daily Mail article is easier to read.
http://www.dailymail.co.uk/sciencetech/article-3292170/Is-alien-probe-Strange-object-set-sweep-past-Earth-2017-just-space-junk-Apollo-12-mission.html
AA
This new technology could save the troubled nuclear power industry
http://flip.it/E7hMjZ
http://egooutpeters.blogspot.ro/2016/10/oct-16-2016-lenr-info-rejecting.html
all the best wishes,
--
Dr. Peter Gluck
Cluj, Romania
http://egooutpeters.blogspot.com
Speaking of muons, here is an off-the-wall observation about the
cross-connection of LENR with “ultra-dense hydrogen”… via an internally
borrowed lepton which happens to be of the correct mass-energy value. It avoids
most of the problems of finding a nuclear nexus for the energy gain in LENR,
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