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Innovations from the ivory tower: Wilhelm Barthlott and the paradigm shift in surface science

机译:来自象牙塔的创新:威廉·巴特洛特和表面科学的范式转变

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摘要

This article is mainly about borders that have tremendous influence on our daily life, although many of them exist and act mostly unrecognized. In this article the first objective will be to address more generally the relation between university and society or industry, borders within universities, borders in thinking and the huge amount of misunderstandings and losses resulting from these obvious or hidden borders. In the second part and in more detail, the article will highlight the impact of the research conducted by Wilhelm Barthlott throughout his scientific career during which not only one border was removed, shifted or became more penetrable. Among the various fields of interest not mentioned here (e.g., systematics of Cactaceae, diversity and evolution of epiphytes, the unique natural history of isolated rocky outcrops called inselbergs, or the global distribution of biodiversity), plant surfaces and especially the tremendous diversity of minute structures on leaves, fruits, seeds and other parts of plants represent a common thread through 40 years of scientific career of Wilhelm Barthlott. Based on research that was regarded already old-fashioned in the 1970s and 1980s, systematic botany, results and knowledge were accumulated that, some 20 years later, initiated a fundamental turnover in how surfaces were recognized not only in biology, but even more evident in materials science.
机译:本文主要讨论对我们的日常生活产生巨大影响的边界,尽管其中许多边界存在并且行为大多未被人们认识。在本文中,第一个目标是更广泛地解决大学与社会或产业之间的关系,大学内部的边界,思想边界以及由这些明显或隐藏的边界导致的大量误解和损失。在第二部分中,并且更详细地讲,本文将重点介绍威廉·巴特洛特(Wilhelm Barthlott)在其整个科学生涯中所进行的研究的影响,在此期间,不仅一个边界被移走,移动或变得更加明显。在这里未提及的各个感兴趣的领域中(例如,仙人掌科的系统,附生植物的多样性和进化,孤立的露头露头的独特自然历史,称为inselbergs或生物多样性的全球分布),植物表面,尤其是分钟的巨大多样性叶子,果实,种子和植物其他部分上的结构代表着威廉·巴特洛特40年科学生涯的共同点。基于在1970年代和1980年代已经被认为是过时的研究,积累了系统的植物学,结果和知识,大约20年后,这些发现不仅在生物学上得到了认可,而且在生物学上也变得更加明显,从而引发了根本性的转变。材料科学。

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