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The future of topological analysis in experimental charge-density research

机译:实验电荷密度研究中拓扑分析的未来

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In a recent paper, Dittrich (2017) critically discussed the benefits of analysing experimental electron density within the framework of the quantum theory of atoms in molecules, often called simply the topological analysis of the charge density. The point he raised is important because it challenges the scientific production of a very active community. The question whether this kind of investigation is still sensible is intriguing and it fosters a multifaceted answer. Granted that none can predict the future of any field of science, but an alternative point of view emerges after answering three questions: Why should we investigate the electron charge (and spin) density? Is the interpretative scheme proposed by the quantum theory of atoms in molecules useful? Is an experimental charge density necessary?
机译:在最近的一篇论文中,Dittrich(2017)批判性地讨论了分析分子中原子原子理论的框架内的实验电子密度的益处,通常称为充电密度的拓扑分析。 他提出的重点是重要的,因为它挑战了一个非常活跃的社区的科学生产。 这个问题是否仍然明智的这种调查是有趣的,它促进了多方面的答案。 没有能够预测任何科学领域的未来,但在回答三个问题后,替代的观点出现:我们为什么要研究电子电荷(和旋转)密度? 是分子中的量子原子的量子理论提出的解释方案是否有用? 是必要的实验电荷密度吗?

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