We can generalize the C-parity so it applies to all charge states of a given multiplet:

The 1 multiplet, on the other hand, may be affected by other factors that cause generally reduced meson masses.

However again its dimensional reduction on a d-torus to a maximal gravity multiplet does contain scalars.

Fields related by supersymmetry transformations form a supermultiplet; the one that contains a graviton is called the supergravity multiplet.

The SUGRA multiplet also contains a dilaton and axion field.

For example, in QCD, quarks are in a multiplet of SU(3).

In maximal supergravity theories (see below), all fields are related by supersymmetry transformations so that there is only one supermultiplet: the supergravity multiplet.

Particles in an isospin multiplet have very similar but not identical masses, because the up and down quarks are very similar but not identical.

For short chains, the edge states mix into a singlet or a triplet giving either a unique ground state or a three-fold multiplet of ground states.

An example of an isospin multiplet is the nucleon multiplet consisting of the proton and the neutron.

The source of the curvature lies in the nonzero value of a self-dual 5-form flux belonging to the SUGRA multiplet.

Sometimes a chiral multiplet (whos highest component is a spinor) can be referred to as a scalar multiplet.

See also Theor.2.3 in "Regularities of Twin, Triplet and Multiplet Prime Numbers," arXiv:1103.0447[math.

In a super conformal field theory the conformal dimension of a chiral multiplet is entirely determined by its R-charge, and so these conformal dimensions are not renormalized.

In this theory the instantons are 't Hooft-Polyakov magnetic monopoles, whose actions are proportional to the VEV of the scalar in the vector multiplet.

Gell-Mann further predicted the existence of a ninth resonance in the pseudoscalar multiplet, which he originally called X. Indeed, this particle was later found and is now known as the eta prime meson.

On the other hand they interpret the Coulomb branch of the gauge theory, where the scalar in the vector multiplet has a VEV, as being the regime where massless vortices condense.

The 1 multiplet of light mesons may show similar behavior to that of the vector mesons, in that the mixing of light quarks with strange quarks appears to be small for this quantum number.

To account for the 248 fermions in the lowest multiplet of E, these would either have to include anti-particles (and so have Baryogenesis), have new undiscovered particles, or have gravity-like (Spin connection) bosons affecting elements of the particles spin direction.

The highest component of a vector multiplet is a gauge boson, the highest component of a chiral or hypermultiplet is a spinor, the highest component of a gravity multiplet is a graviton.