## Molecular Structure: Notes, Volume 1 |

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action variables actual algebra analogy black body radiation block cavity classical mechanics classical theory coefficients commutator condition consider constant coordinates degenerate degenerate energy level determined diagonal elements diagonal form diagonal matrix Dirac discussion eigenvalues Einstein elastic waves electromagnetic electrons emission and absorption energy levels energy matrix equations expression finite matrices frequency function given hamiltonian hermitian matrices hohlraum indices interpretation linear manner matrix elements matrix mechanics molecular motion multiple Fourier series normal matrix notation number of atoms number of photons observables operator oscillator particles partitioned form phase factors phase space Phys physical quantities Poisson bracket possible principal diagonal problem procedure quantization quantum mechanical quantum numbers radiation field relation representation represented result rows and columns rules sequence specific heat spectral standing waves suppose symbol temperature terns theorem transformation transition unitary unitary matrix verified vibrations zero