A predicted super-partner for this particle would be a weak iso-doublet and have a hypercharge of one half.
A predicted super-partner for this particle would be a weak iso-doublet and have a hypercharge of one half. It is suspected that this super-partner, if combined with binos and winos would create the lightest possible super-symmetric particle, which would possibly be stable, and hence is a candidate for dark matter. This particle itself could not be more than 1.4 TeV in mass because otherwise it would be possible for certain probabilities not to sum up to one in scattering process. Current predictions for its mass are between 115 GeV and 150 GeV while its spin is anticipated to be zero. For 10 points, name this currently hypothetical particle, the carrier particle of its namesake field, responsible for the symmetry breaking that leads to particles gaining mass, the target of a high profile search at the Large Hadron Collider.
A predicted super-partner for this particle would be a weak iso-doublet and have a hypercharge of one half.
{Higgs} Boson