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Sum rules which connect spectral moments of linear and nonlinear optical susceptibilities of nonrelativistic many-electron systems to their ground state properties are derived. These sum rules provide a direct connection between chemical bonding and optical properties and may assist in constructing tight-binding Hamiltonians for the effective modeling of electronic spectroscopy. In the time-dependent Hartree-Fock approximation, the only relevant ground state information is the Hartree-Fockdoi:10.1063/1.470283 fatcat:ti6zejex5vh7vjry6lhtef5d5i