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Originally posted by Romanian
reply to post by TrueAmerican
lol you never know. Maybe it is supposed to be seen! )
I tried to e-mail the principal investigator listed on the website, but the e-mail address does not exist..edit on 16-12-2011 by Romanian because: (no reason given)
This is not correct, and you have been confusing neutrinos with neutrons in many of your posts...please learn the difference. They are completely different. Nobody has shown any data on neutrinos in this thread yet you keep referring to them.
Originally posted by Romanian
Yes, the neutrino radiation supposed to decrease because is pushed away by the wind from our sun.
Good you used neutron that time, that's what the graphs show.
This time the radiation is spiking , and as far as I understand this is above levels normally recorded at any period of the solar cycle. However, we could be on the wrong track, maybe someone tested a neutron bomb , a few hundred miles away from Moscow haha..
The key to identifying this source of variation was to look at multiple neutron monitors at various latitudes, so if you're really curious, then look up some more neutron monitors at other latitudes and see what they show, then see if the earth's magnetic field might play a role as this article explains.
Fluctuations of neutron monitor count rates occur on various time scales and for various reasons. An observed fluctuation need not imply that the cosmic ray intensity itself changed. We illustrate this here with a recent observation, where a temporary enhancement was observed by some neutron monitors. The enhancement can be explained by the simultaneously observed variation of the Earth’s magnetic field, which for a few hours allows particles of lower energy than usual to penetrate.
Originally posted by Arbitrageur
Cosmic ray variations due to the Earth’s magnetic field
The key to identifying this source of variation was to look at multiple neutron monitors at various latitudes, so if you're really curious, then look up some more neutron monitors at other latitudes and see what they show, then see if the earth's magnetic field might play a role as this article explains.
Fluctuations of neutron monitor count rates occur on various time scales and for various reasons. An observed fluctuation need not imply that the cosmic ray intensity itself changed. We illustrate this here with a recent observation, where a temporary enhancement was observed by some neutron monitors. The enhancement can be explained by the simultaneously observed variation of the Earth’s magnetic field, which for a few hours allows particles of lower energy than usual to penetrate.
Moscow cosmic ray station.
Uncorrected for pressure data.
YYYY.MM.DD hh:mm imp/min
*********************************************************
2011/12/16 00:00 9860
2011/12/16 01:00 9846
2011/12/16 02:00 9902
2011/12/16 03:00 9964
2011/12/16 04:00 9998
2011/12/16 05:00 10061
2011/12/16 06:00 10062
2011/12/16 07:00 10119
2011/12/16 08:00 10173
2011/12/16 09:00 10238
2011/12/16 10:00 10278
2011/12/16 11:00 10330
2011/12/16 12:00 10381
2011/12/16 13:00 10409
2011/12/16 14:00 10479
2011/12/16 15:00 10486
2011/12/16 16:00 10553
2011/12/16 17:00 10496
2011/12/16 18:00 10542
2011/12/16 19:00 10542
2011/12/16 20:00 10572
2011/12/16 21:00 0
2011/12/16 22:00 0
2011/12/16 23:00 0
*********************************************************
Originally posted by Phage
reply to post by metalshredmetal
Just saying what?
The spike seen in one data representation began on the 15th of this month.
The data is for neutron radiation levels.
There is no such thing as a "neutrino bomb".
Originally posted by Phage
There is no such thing as a "neutrino bomb".