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Chemistry space–time

机译:化学空间时间

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As Einstein identified so clearly, space and time are intimately related. We discuss the relationship between time and Euclidean space using spectroscopic and radioastronomical studies of interstellar chemistry as an example. Given the finite speed of light, we are clearly studying chemical reactions occurring tens of thousands of years ago that may elucidate the primordial chemistry of this planet several billion years ago. We also explore space of a different kind – chemical space, with many more dimensions than the four we associate as space–time. Vast chemical spaces also need very efficient (computational) methods for their exploration to overcome this ‘curse of dimensionality’. We discuss methods by which the time to explore these new spaces can be very substantially reduced, opening the discovery useful new materials that are the key to our future.
机译:由于爱因斯坦如此清楚地确定,空间和时间与之密切相关。 我们用谱和欧洲间隙化学的光谱和欧洲空间与欧几里德的空间之间的关系作为示例。 鉴于光的有限速度,我们清楚地研究了成千上万年前的化学反应,这可能阐明了20亿年前这个星球的原始化学。 我们还探讨了不同善良的化学空间的空间,比我们作为时空的四个尺寸更多的维度。 巨大的化学空间也需要非常有效的(计算)方法,以探索克服这种“维度的诅咒”。 我们讨论了探索这些新空间的时间的方法,可以非常大幅减少,打开发现有用的新材料,这是我们未来的关键。

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