Cosmic rays are behaving inexplicably: FYYSIKA.EE news portal
Opinions and People Opinion persona Science and the media in Estonia an Estonian Physical Society Estonian media, specialized teaching and e-learning physics teaching cashback in schools Releases Referaadinurgake Science News Estonian Science News KBFI Tartu University Tõravere Observatory Operational Research Varia Blog - Student Satellite FYYSIKA.EE keep an eye on - Topics of the Day Picture teletype
Cosmic rays is called a high-energy particles that come into the Earth's atmosphere collide with the atoms there and create a whole avalanche of new particles. Quick use of the term is a bit misleading considered as individual particles, however, looks at the arrival of the atmosphere without having to belong to some common stream, though now set such claim into question. The general understanding is that should such particles reach the Earth sporadically, ie. roughly the same amount in all directions. This justifies their charge, which causes the particles in our galaxy bias as solar magnetic fields. The complex magnetic field configurations, it should ensure a uniform particle scattering backdrop.
Recently, the magazine Phys.Rev.Lett. published measurements, however, is against this backdrop contrary - Milagro bearing the name of the color red stands for the average particle 10TeV more likely source directions. Photo: Milagro
detector working scientists have found that two distinct area of the sky more than the rest of the cosmic rays. The work gives an analysis of data collected in 2000-2007 and conclusions. Registered energiaspektrite from the authors argue that the two are not likely to cause any anomalous gamma radiation zone. Neutrons do not fit as well as the explanation well as to a suitable energy neutron decay before reaching the detector should be located closer to the source than the Nearest Stars. The authors call the most likely particles of protons, but here it remains unclear how they come to us without any fade.
Milagro detector is located in New Mexico in the United States 2630 meters above sea level and is a 60mX80m basin depth of 8 meters. Photoresist coating is located under the pool 723 photomultiplier tube, which detect the moving water particles Dr Tšerenkova cashback weak radiation. The pool, however, did not reach the cosmic cashback rays directly, but entire particle rains that occur in the atmosphere of the original particle impacted.
Cosmic radiation particle energy reaches 10 eV-ni. It is almost eight orders of magnitude, or a hundred million times more than the Large Hadron Collider, or LHC particle collision energy peak. Tests with cosmic cashback rays makes it difficult for the fact that their income is never known in advance, as well as one in which high-energy particle strikes something. Thus, their potential remains untapped particle physics experiment. However - knowing that such high-energy particles are probably already in the billions of years the Earth bomb, there is one important argument for the launch of the LHC doomsday fears against.
Sources: cashback 1 Phys. Rev. Lett. 101, 221101 (2008): Discovery of localized Regions of Excess 10-TeV Cosmic Rays second cashback physicsworld.com: Cosmic-ray mystery deepend 3 APS Physics: Puzzling hot spots in the cosmic-ray sky
Silver nanotraatide synthesis of Tartu Institute of Physics, University of membrane technology in the laboratory. Nanotraatide [...] FYYSIKA.EE keeps an eye on the acoustics of Biophysics of the Estonian Physical Society of elementary particles elementary particles and the LHC experiment Photonics Graphene cashback & Grafaan cashback hydrogel Man Space Land IPhO2012 Distant planets climate and weather predictions How to become invisible in quantum computation kvantnähtused Fuel Cell Sciences in extraterrestrial life Searches Magnetic Materials Material World mechanics of nanotechnology Let there be light carbon nanotubes Future Energy Dark Energy and Dark Matter Nuclear Physics Updated electronics, superconductors fluids Friends on Facebook Search: Recent comments Does moving the sand helped the Egyptians build the pyramids? Meelis {Great Pyramid of Giza built in 2551-2471 BC presumably by historians. Approximately 2.25 million hewn stone blocks weighing about 2.5 to 70 tons of meticulously placed near the built-in astronomical accuracy tunnels. There is ...} - 14/07/20 found direct evidence for both inflation and cosmic gravitational waves shakes {There must speak basic model of the Big Bang? Why do some still believe that there was "an explosion" at some point of space - matter / matter flew distributed? Model shows the expansion of space-time great ...} -
Opinions and People Opinion persona Science and the media in Estonia an Estonian Physical Society Estonian media, specialized teaching and e-learning physics teaching cashback in schools Releases Referaadinurgake Science News Estonian Science News KBFI Tartu University Tõravere Observatory Operational Research Varia Blog - Student Satellite FYYSIKA.EE keep an eye on - Topics of the Day Picture teletype
Cosmic rays is called a high-energy particles that come into the Earth's atmosphere collide with the atoms there and create a whole avalanche of new particles. Quick use of the term is a bit misleading considered as individual particles, however, looks at the arrival of the atmosphere without having to belong to some common stream, though now set such claim into question. The general understanding is that should such particles reach the Earth sporadically, ie. roughly the same amount in all directions. This justifies their charge, which causes the particles in our galaxy bias as solar magnetic fields. The complex magnetic field configurations, it should ensure a uniform particle scattering backdrop.
Recently, the magazine Phys.Rev.Lett. published measurements, however, is against this backdrop contrary - Milagro bearing the name of the color red stands for the average particle 10TeV more likely source directions. Photo: Milagro
detector working scientists have found that two distinct area of the sky more than the rest of the cosmic rays. The work gives an analysis of data collected in 2000-2007 and conclusions. Registered energiaspektrite from the authors argue that the two are not likely to cause any anomalous gamma radiation zone. Neutrons do not fit as well as the explanation well as to a suitable energy neutron decay before reaching the detector should be located closer to the source than the Nearest Stars. The authors call the most likely particles of protons, but here it remains unclear how they come to us without any fade.
Milagro detector is located in New Mexico in the United States 2630 meters above sea level and is a 60mX80m basin depth of 8 meters. Photoresist coating is located under the pool 723 photomultiplier tube, which detect the moving water particles Dr Tšerenkova cashback weak radiation. The pool, however, did not reach the cosmic cashback rays directly, but entire particle rains that occur in the atmosphere of the original particle impacted.
Cosmic radiation particle energy reaches 10 eV-ni. It is almost eight orders of magnitude, or a hundred million times more than the Large Hadron Collider, or LHC particle collision energy peak. Tests with cosmic cashback rays makes it difficult for the fact that their income is never known in advance, as well as one in which high-energy particle strikes something. Thus, their potential remains untapped particle physics experiment. However - knowing that such high-energy particles are probably already in the billions of years the Earth bomb, there is one important argument for the launch of the LHC doomsday fears against.
Sources: cashback 1 Phys. Rev. Lett. 101, 221101 (2008): Discovery of localized Regions of Excess 10-TeV Cosmic Rays second cashback physicsworld.com: Cosmic-ray mystery deepend 3 APS Physics: Puzzling hot spots in the cosmic-ray sky
Silver nanotraatide synthesis of Tartu Institute of Physics, University of membrane technology in the laboratory. Nanotraatide [...] FYYSIKA.EE keeps an eye on the acoustics of Biophysics of the Estonian Physical Society of elementary particles elementary particles and the LHC experiment Photonics Graphene cashback & Grafaan cashback hydrogel Man Space Land IPhO2012 Distant planets climate and weather predictions How to become invisible in quantum computation kvantnähtused Fuel Cell Sciences in extraterrestrial life Searches Magnetic Materials Material World mechanics of nanotechnology Let there be light carbon nanotubes Future Energy Dark Energy and Dark Matter Nuclear Physics Updated electronics, superconductors fluids Friends on Facebook Search: Recent comments Does moving the sand helped the Egyptians build the pyramids? Meelis {Great Pyramid of Giza built in 2551-2471 BC presumably by historians. Approximately 2.25 million hewn stone blocks weighing about 2.5 to 70 tons of meticulously placed near the built-in astronomical accuracy tunnels. There is ...} - 14/07/20 found direct evidence for both inflation and cosmic gravitational waves shakes {There must speak basic model of the Big Bang? Why do some still believe that there was "an explosion" at some point of space - matter / matter flew distributed? Model shows the expansion of space-time great ...} -
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