Abstract
A gauge-invariant ket function theory of magnetic properties, already presented in (ref. 1), is extended to time-dependent electric properties. The perturbed state, variationally determined as a linear combination of Slater's determinants associated with a time-dependent gauge transformation factor, allows the calculation of polarizabilities for different frequencies of the external field; it is applied to H 2O including electron correlation in order to determine its electronic transitions.
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