Hochella Michael F
Department of Geosciences, Virginia Polytechnic Institute and State University, Virginia Tech, Blacksburg, Virginia 24061, USA.
Ann N Y Acad Sci. 2006 Dec;1093:108-22. doi: 10.1196/annals.1382.008.
In the last 200 years, geoscience has been about the convergence of sciences and technologies, particularly from the fields of chemistry and physics, while adding techniques, observations, and reasoning that seem to be wholly "geologic" in origin and nature. However, more recently, geoscience has also become an actively participating domain of at least three of the four major "NBIC" (nano-bio-info-cogno) enterprises, namely nanoscience and technology, modern molecular biology, and information technologies. This article will emphasize perhaps the least obvious of these connections, the "nano" aspects of the geosciences, and also adds a few aspects of the influence of modern molecular biology. There is no question that these new convergences are beginning to change the way geoscientists think about Earth, with critical applications in many areas of modern environmental science.
在过去的200年里,地球科学一直致力于科学与技术的融合,特别是化学和物理领域的融合,同时还增加了一些似乎完全源于地质学且本质上属于“地质”范畴的技术、观测方法和推理方式。然而,最近地球科学也已成为四大“NBIC”(纳米-生物-信息-认知)领域中至少三个领域积极参与的范畴,即纳米科学与技术、现代分子生物学和信息技术。本文将着重探讨这些联系中或许最不明显的部分,即地球科学的“纳米”方面,同时也会补充一些现代分子生物学的影响。毫无疑问,这些新的融合正开始改变地球科学家对地球的思考方式,并在现代环境科学的许多领域有着关键应用。