Superconductivity is the phenomenon where a material loses all electrical resistance at a certain temperature, known as the critical temperature.

Cubic, hexagonal, tetragonal, and orthorhombic are all types of crystal lattice structures.

Ferromagnetism is the phenomenon where a material exhibits a spontaneous magnetization below a certain temperature, known as the Curie temperature.

Phonon, electron, photon, and magnon are all types of elementary excitations in a solid.

Magnetoresistance is the phenomenon where a material exhibits a change in its electrical resistance when subjected to a magnetic field.

Solid-liquid, liquid-gas, gas-plasma, and ferromagnetic-paramagnetic are all types of phase transitions.

Magnetostriction is the phenomenon where a material exhibits a change in its magnetic properties when subjected to a mechanical stress.

Vacancy, interstitial, dislocation, and grain boundary are all types of defects in a crystal lattice.

Thermoresistance is the phenomenon where a material exhibits a change in its electrical resistance when subjected to a temperature change.

Conduction band, valence band, forbidden gap, and Brillouin zone are all types of electronic band structures.

Electro-optic effect is the phenomenon where a material exhibits a change in its optical properties when subjected to an electric field.

Ferromagnetic, antiferromagnetic, ferrimagnetic, and paramagnetic are all types of magnetic materials.

Photoconductivity is the phenomenon where a material exhibits a change in its electrical resistance when subjected to a light.

Electron, phonon, photon, and magnon are all types of elementary particles in condensed matter physics.

Magnetocaloric effect is the phenomenon where a material exhibits a change in its magnetic properties when subjected to a temperature change.