antineutron Comparison Table

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antineutron comparison table

Subject is not accelerated by has desintegration energy is a kind of has quantum behavior has number of quark is an instance of has spin obey has decay product has definition has charge has lifetime has antiparticle

antiparticle particle uncertainty principle Particles with identical mass and spin as those of ordinary matter, but with opposite charge. Antimatter has been produced experimentally, but little of it is found in nature. Why this should be so is one of the questions that must be answered by any adequate theory of the early universe.

baryon fermion Fermi-Dirac statistics 3 1/2 or 3/2 exclusion principle Heavy subatomic particle composed of 3 quarks.

neutral particle electric or magnetic fields particle uncertainty principle A particle with zero charge 0

radioactive particle the total energy produced when the particle decays particle uncertainty principle the products produced immediately after decay A particle which can produce harmful radioactivity directly through its decay or by interacting with other particles. The average time in which a particle decays

antineutron electric or magnetic fields the total energy produced when the particle decays Fermi-Dirac statistics 3 radioactive particle 1/2 or 3/2 uncertainty principle the products produced immediately after decay The antiparticle of a neutron. A neutron and antineutron both have the same mass and zero electric charge, but can be differentiated by their interactions: a neutron and an antineutron can annihilate into gamma rays, while two neutrons cannot. 0 The average time in which a particle decays neutron

Subject	is not accelerated by	has desintegration energy	is a kind of	has quantum behavior	has number of quark	is an instance of	has spin	obey	has decay product	has definition	has charge	has lifetime	has antiparticle
antiparticle			particle					uncertainty principle		Particles with identical mass and spin as those of ordinary matter, but with opposite charge. Antimatter has been produced experimentally, but little of it is found in nature. Why this should be so is one of the questions that must be answered by any adequate theory of the early universe.
baryon			fermion	Fermi-Dirac statistics	3		1/2 or 3/2	exclusion principle		Heavy subatomic particle composed of 3 quarks.
neutral particle	electric or magnetic fields		particle					uncertainty principle		A particle with zero charge	0
radioactive particle		the total energy produced when the particle decays	particle					uncertainty principle	the products produced immediately after decay	A particle which can produce harmful radioactivity directly through its decay or by interacting with other particles.		The average time in which a particle decays
antineutron	electric or magnetic fields	the total energy produced when the particle decays		Fermi-Dirac statistics	3	radioactive particle	1/2 or 3/2	uncertainty principle	the products produced immediately after decay	The antiparticle of a neutron. A neutron and antineutron both have the same mass and zero electric charge, but can be differentiated by their interactions: a neutron and an antineutron can annihilate into gamma rays, while two neutrons cannot.	0	The average time in which a particle decays	neutron

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