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physical object > natural object > particle > antiparticle > antineutron |
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antineutron | ||||
subject | fact |
antineutron | has antiparticle neutron | ![]() |
has definition 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. | ![]() | |
is an instance of baryon | ![]() | |
is an instance of antiparticle | ![]() | |
is an instance of neutral particle | ![]() | |
is an instance of radioactive particle | ![]() | |
baryon | has spin 1/2 or 3/2 | ![]() |
has number of quarks 3 | ![]() | |
radioactive particle | has desintegration energy the total energy produced when the particle decays | ![]() |
has decay products the products produced immediately after decay | ![]() | |
has lifetime The average time in which a particle decays | ![]() | |
neutral particle | is not accelerated by electric or magnetic fields | ![]() |
has charge 0 | ![]() | |
fermion | has quantum behavior Fermi-Dirac statistics | ![]() |
obeys exclusion principle | ![]() | |
particle | obeys uncertainty principle | ![]() |
has frequency inversely proportional to the wavelength | ![]() | |
has wavelength inversely proportional to its momentum | ![]() | |
has mass | ![]() | |
physical object | has location or center of gravity | ![]() |
has angular momentum | ![]() | |
has velocity | ![]() | |
has momentum | ![]() | |
has temperature | ![]() | |
has volume | ![]() | |
has extent | ![]() | |
has material | ![]() |
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