A subatomic particle, including a positron, antiproton, or antineutron, having the same mass, typical life time, spin, magnitude of magnetic minute, and magnitude of electric charge whilst the particle that it corresponds but having the opposite indication of electric fee, opposing intrinsic parity, and opposing direction of magnetized minute. See Table at subatomic particle.
A subatomic particle corresponding to a different particle with the exact same mass, spin and suggest lifetime but with cost, parity, strangeness as well as other quantum numbers flipped in sign.
a particle with the exact same size as another particle but has reverse values because of its other properties; interacting with each other of a particle and its own antiparticle results in annihilation plus the creation of radiant energy
A subatomic particle, such as a positron, antiproton, or antineutron, obtaining the same size, average lifetime, spin, magnitude of magnetized moment, and magnitude of electric fee as particle to which it corresponds but getting the other sign of electric cost, other intrinsic parity, and reverse way of magnetized moment. See dining table at subatomic particle.
A subatomic particle corresponding to another particle with the same mass, spin and mean life time however with fee, parity, strangeness alongside quantum figures flipped in sign.
a particle that has the same mass as another particle but has contrary values for the various other properties; interaction of a particle and its own antiparticle results in annihilation and also the production of vibrant energy