The 1957 Nobel Prize in Physics was awarded for the discovery that this interaction could violate P symmetry while a later discovery observed that CP could still be conserved.
The 1957 Nobel Prize in Physics was awarded for the discovery that this interaction could violate P symmetry while a later discovery observed that CP could still be conserved. One mediator of this interaction is only emitted or absorbed in the change of particle spin and is its own antiparticle. The other mediator of this fundamental force can alter both the spin and charge of a particle and is usually seen in the emission of an electron or muon neutrino. Those particles are known as the Z and W bosons. The interaction that allows flavor change in quarks, for 10 points, name this fundamental force that is not gravity, electromagnetism, or the strong nuclear force.
The 1957 Nobel Prize in Physics was awarded for the discovery that this interaction could violate P symmetry while a later discovery observed that CP could still be conserved.
{weak} interaction (accept {weak} nuclear force)