Titlebook: Mesomolecules; From Molecules to Ma G. David Mendenhall,Arthur Greenberg,Joel F. Liebm Book 1995 Springer Science+Business Media Dordrecht

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G. David Mendenhall Einstein and Niels Bohr were the most prominent participants. From the beginning Einstein manifested great hesitation in accepting the renunciation of causal description of physical phenomena introduced by quantum theory. He clearly demonstrated his basic attitude by discussing the example of an at

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Molecular Tectonics,ble diversity and ingenuity of these natural processes challenge chemists to devise unnatural compounds that use hydrogen bonds to perform similar tasks or to invent entirely new applications that take full advantage of the characteristic features of hydrogen bonds.

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,Supramolecular Assemblies from “Tinkertoy” Rigid-Rod Molecules,trol over the attachment reactions is to be sufficient for the stepwise assembly of both simple and complicated structures. Both permanent and reversible attachment reactions will be needed, as will suitable temporary blocking groups.

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Dendritic Polynuclear Metal Complexes with Made-to-Order Luminescent and Redox Properties,ly integrated building blocks into structurally organized arrays.. Supramolecular chemistry has shown that molecular components can indeed be assembled to give species of nanometric dimensions. This bridge from molecules to materials is most promising and will certainly be the object of extensive research in the near future.

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­ erties. The difference in approach from the standpoint of molecular be­ havior, on the one hand-more the forte of chemists-and from the standpoint of large-scale properties, on the other-more the province of chemical engineers and materials scientists-represents a severe cultural divide, but one w

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From Molecules to Materials,olecules, while physicists are engaged in the study of progressively smaller molecular aggregates. One may ask if the dimension of . has a direct relation to our theme, and whether there is a certain . size that signals the transition between molecule and material.