Everything about Solid State Physics totally explained
Solid-state physics, the largest branch of
condensed matter physics, is the study of rigid
matter, or
solids. The bulk of solid-state physics theory and research is focused on
crystals, largely because the
periodicity of
atoms in a crystal — its defining characteristic —facilitates mathematical modeling, and also because crystalline materials often have
electrical,
magnetic,
optical, or
mechanical properties that can be exploited for
engineering purposes.
The framework of most solid-state physics theory is the
Schrödinger (wave) formulation of non-relativistic
quantum mechanics.
Bloch's theorem, which characterizes the
wavefunctions of
electrons in a periodic
potential, is an important starting point for much analysis. Since Bloch's theorem applies only to periodic potentials, and since unceasing random movements of atoms in a crystal disrupt periodicity, this use of Bloch's theorem is only an approximation, but it has proven to be a tremendously valuable approximation, without which most solid-state physics analysis would be intractable. Deviations from periodicity are treated by quantum mechanical
perturbation theory.
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