Abstract
We propose an approach to investigate the possible internal motions of three-body quantum-mechanical systems held together by pairwise potentials. The method utilizes the “shape-density” functions which we define and then extract from the eigenwave functions of the system. Through these densities we determine the dominant geometric configurations and modes of internal motion of the 0+, 2+ and 4+ states of a model three-boson system with and without a repulsive core in the interaction.
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