Abstract
Abstract A time-averaged gauge invariant wavefunction is considered as a representative for the stationary-state wavefunction of the nuclear collective motion. To verify its accuracy the diagonal and off-diagonal transition probabilities are numerically calculated in three closed-shell nuclei and compared to the corresponding generator coordinate method results. The agreement, even for strongly anharmonic motion, provides strong support for the time-dependent variational description. Thus, this method emerges as an interesting alternative for calculating the nuclear transition probabilities.
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