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Interactions often modify the behavior of quantum particles and
reorganize them into new phases of matter. One dramatic example is the
superconducting state, where electrons with attractive interactions
form Cooper pairs. The most pertinent interactions in metals are often
effective ones—mediated by lattice vibrations and magnetism—and they
can be altered by changing the electron environment. Changes to
chemical composition, applying magnetic fields and or pressure have the
most dramatic effect on the interactions near a so-called quantum
critical point [1].
This is the point in the phase diagram where, at zero temperature, a
metal is just on the verge of developing magnetic order.
