Linked from

The 12 pages that link to Isospin, each with the reason it gives.

• Quark modelRelated: It organizes proton and neutron as an up–down quark doublet.

• Nuclear forceRelated: Approximate charge independence of the nuclear force is expressed through nucleon isospin.

• PionRelated: The three pions form an isospin triplet.

• NucleonRelated: It treats proton and neutron as two states of one nucleon type under the strong interaction.

• Yang–Mills theoryRelated: Yang and Mills used local isospin symmetry as their motivating example.

• Spin quantum numberCompared with: Its name and algebra resemble spin, but it does not represent angular momentum.

• Strong nuclear forceRelated: Approximate isospin symmetry captures the similar strong interactions of protons and neutrons.

• KaonRelated: Kaon charge states form isospin multiplets despite their differing electric charges.

• StrangenessRelated: It organizes hadrons alongside strangeness in multiplets of approximate flavor symmetry.

• SU(2)Related: Isospin transformations use SU(2) representations to organize particle states.

• Weak isospinCompared with: Its name echoes weak isospin, but ordinary isospin is an approximate strong-interaction symmetry.

• Nucleon magnetic momentRelated: Isospin organizes the related proton and neutron electromagnetic properties.