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首页> 外文期刊>Angewandte Chemie >Simulation vs. Understanding: A Tension, in Quantum Chemistry and Beyond. Part A. Stage Setting
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Simulation vs. Understanding: A Tension, in Quantum Chemistry and Beyond. Part A. Stage Setting

机译:模拟与理解:张力,在量子化学和超越中。 部分A.舞台设置

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We begin our tripartite Essay with a triangle of understanding, theory and simulation. Sketching the intimate tie between explanation and teaching, we also point to the emotional impact of understanding. As we trace the development of theory in chemistry, Dirac's characterization of what is known and what is needed for theoretical chemistry comes up, as does the role of prediction, and Thom's phrase "To predict is not to explain." We give a typology of models, and then describe, no doubt inadequately, machine learning and neural networks. In the second part, we leave philosophy, beginning by describing Roald's being beaten by simulation. This leads us to artificial intelligence (AI), Searle's Chinese room, and Strevens' account of what a go-playing program knows. Back to our terrain-we ask "Quantum Chemistry, dagger ca. 2020?" Then move to examples of AI affecting social matters, ranging from trivial to scary. We argue that moral decisions are hardly to be left to a computer. At this point, we try to pull the reader up, giving the opposing view of an optimistic, limitless future a voice. But we don't do justice to that view-how could we? We return to questioning the ascetic dimension of scientists, their romance with black boxes. Onward: In the 3rd part of this Essay, we work our way up from pessimism. We trace (another triangle!) the special interests of experimentalists, who want the theory we love, and reliable numbers as well. We detail in our own science instances where theory gave us real joy. Two more examples-on magnetic coupling in inorganic diradicals, and the way to think about alkali metal halides, show us the way to integrate simulation with theory. Back and forth is how it should be-between painfully-obtained, intriguing numbers, begging for interpretation, in turn requiring new concepts, new models, new theoretically grounded tools of computation. Through such iterations understanding is formed. As our tripartite Essay ends, we outline a future of consilience, with a role both for fact-seekers, and searchers for understanding. Chemistry's streak of creation provides in that conjoined future a passage to art and to perceiving, as we argue we must, the sacred in science.
机译:我们以三角形的理解,理论和模拟开始我们的三方文章。勾勒出解释和教学之间的亲密关系,我们也指出了理解的情绪影响。随着我们追踪化学理论的发展,Dirac对所知的表征以及理论化学所需的是,预测的作用和Thom的短语“预测不是解释的。”我们给出了模型的类型,然后描述,无疑是不充分的机器学习和神经网络。在第二部分,我们离开哲学,首先通过模拟描述罗尔德被殴打。这导致我们对人工智能(AI),Searle的中国房间,并争论了去玩的节目知道什么。回到我们的地形 - 我们问“量子化学,匕首约2020年?”然后搬到影响社会事项的AI的例子,从而从微不足道到可怕。我们认为道德决策几乎不会留给电脑。在这一点上,我们试图将读者拉起来,给出反对的看法,乐观,无限的未来的声音。但我们不对那个观点做法 - 怎样呢?我们恢复询问科学家的苦行僧,他们的黑匣子浪漫。在前进:在本文的第三部分,我们从悲观主义上工作。我们追踪(另一个三角形!)实验主义者的特殊利益,他们希望理论我们喜欢和可靠的数字。我们在我们自己的科学实例中详述了理论给我们真正的快乐。在无机狄亚物中的两个磁耦合的另一个例子,以及思考碱金属卤化物的方式,向我们展示了与理论集成模拟的方式。来回是它应该如何 - 痛苦地获得痛苦的数字,乞求解释,反过来需要新的概念,新的模型,新的理论上的计算工具。通过这种迭代处理形成。正如我们的三方录制结束的那样,我们概述了整洁的未来,既是事实 - 寻求者和搜索者都为理解的作用。化学的创作条纹在那里将未来的未来一段通过艺术和感知,因为我们争辩,我们必须是科学的神圣。

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