Linked from

The 12 pages that link to Spin quantum number, each with the reason it gives.

• Atomic orbitalRelated: Electron spin completes the labels used to specify an electron state in an atom.

• Quantum numberBroader topic: It labels an intrinsic property not explained by orbital motion.

• Electron shellRelated: Spin supplies the second state in each orbital allowed by the Pauli principle.

• Electron spinRelated: It fixes the magnitude of an electron’s intrinsic angular momentum.

• SpinRelated: It labels the magnitude of spin and distinguishes particle types such as electrons and photons.

• Angular momentum operatorRelated: It specifies the total-angular-momentum eigenvalue ℏ²j(j+1) for each representation.

• Principal quantum numberRelated: It completes the four quantum numbers used to describe an electron in an atom.

• Singlet oxygenRelated: Electron-spin orientations distinguish triplet oxygen from singlet oxygen.

• Clebsch–Gordan coefficientsRelated: It labels each constituent representation whose states are coupled.

• Magnetic quantum numberCompared with: Spin has its own projection labels, distinct from orbital angular-momentum labels.

• Azimuthal quantum numberCompared with: Unlike ℓ, spin describes intrinsic rather than orbital angular momentum.

• Triplet oxygenRelated: The two unpaired electron spins combine to give oxygen total spin one.