Neutrino


 
 

:Neutrino is also an operating system. See QNX.

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:It is also one half of the rap duo Oxide & Neutrino

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The neutrino is an elementary particle. It has half-integer spin (egin{matrix} rac{1}{2}hbarend{matrix}) and is therefore a fermion. Its mass is very small compared to most other particles, although recent experiments (see Super-Kamiokande and Sudbury Neutrino Observatory) have shown it to be nonzero. Since it is an electrically neutral lepton, the neutrino interacts neither by way of the strong nor the electromagnetic force, but only through the weak force and gravitation.

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Due to the fact that the cross section in weak nuclear interactions is very small, neutrinos can pass through matter almost unhindered. For typical neutrinos produced in the sun (energy of a few MeV), it would take approximately one light year (~1016m) of lead to block half of them. Detection of neutrinos can therefore be challenging, requiring large detection volumes or high intensity man-made neutrino beams.

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Elementary particle: :The Elementary Particles is also a novel by Michel Houellebecq, translated by Frank Wynne...

Spin: The terms "spin" and "SPIN" have several meanings, including those primarily discussed as "spinning":...

Fermion: Fermions, named after Enrico Fermi, are particles which form totally-antisymmetric composite quantum states. As a result, they are subject to the Pauli exclusion principle and obey Fermi-Dirac statistics. The spin-statistics theorem states that fermions have half-integer spin. One possible way of vi...

~ Table of Content ~

Introduction
Types of neutrinos
History
Mass
Neutrino sources
Neutrino detection
Motivation for scientific interest in the neutrino
See also
References
External links
 
FR: Neutrino


 

~ Related Subjects ~

Spin (2) - Michel Houellebecq (1) - Frank Wynne (1) - Lead (1) - MeV (1) - Light year (1) - Enrico Fermi (1) - Spin-statistics theorem (1) - Half-integer (1) - Fermi-Dirac statistics (1) - Totally-antisymmetric composite quantum states (1) - Pauli exclusion principle (1) - Super-Kamiokande (1) - Sudbury Neutrino Observatory (1) - Mass (1) -
 

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