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首页> 外文期刊>European Physical Journal, H. Historical Perspectives on Contemporary Physics >Nordic cosmogonies: Birkeland, Arrhenius and fin-de-siècle cosmical physics
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Nordic cosmogonies: Birkeland, Arrhenius and fin-de-siècle cosmical physics

机译:北欧宇宙论:Birkeland,Arrhenius和fin-de-siècle宇宙物理学

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摘要

During the two decades beforeWorldWar I, many physicists, astronomers and earth scientists engaged in interdisciplinary research projects with the aim of integrating terrestrial, solar and astronomical phenomena. Under the umbrella label “cosmical physics” they studied, for example, geomagnetic storms, atmospheric electricity, cometary tails and the aurora borealis. According to a few of the cosmical physicists, insights in solar-terrestrial and related phenomena might be extrapolated to the entire solar system or beyond it. Inspired by their research in the origin and nature of the aurora, Kristian Birkeland from Norway and Svante Arrhenius from Sweden proposed new theories of the universe that were of a physical rather than astronomical nature. Whereas Birkeland argued that electrons and other charged particles penetrated the entire universe – and generally that electromagnetism was of no less importance to cosmology than gravitation – Arrhenius built his cosmology on the hypothesis of dust particles being propelled throughout the cosmos by stellar radiation pressure. Both of the Scandinavian scientists suggested that the universe was infinitely filled with matter and without a beginning or an end in time. Although their cosmological speculations did not survive for long, they are interesting early attempts to establish physical cosmologies and for a while they attracted a good deal of attention.
机译:在第一次世界大战之前的二十年间,许多物理学家,天文学家和地球科学家从事跨学科研究项目,旨在整合地球,太阳和天文现象。他们在“宇宙物理学”的标签下研究了例如地磁风暴,大气电力,彗星尾巴和北极光。根据一些宇宙物理学家的说法,对太阳地面和相关现象的见解可能会推断到整个太阳系或整个太阳系之外。挪威人克里斯蒂安·伯克兰(Kristian Birkeland)和瑞典人斯万特·阿伦尼乌斯(Svante Arrhenius)受极光起源和自然研究的启发,提出了具有物理意义而非天文学性质的新宇宙理论。伯克兰(Birkeland)认为电子和其他带电粒子会渗透到整个宇宙中-总体上说,电磁学对宇宙学的重要性不亚于万有引力,而阿伦尼乌斯的宇宙学则是基于恒星辐射压力推动尘埃粒子在整个宇宙中推进的假设。两位斯堪的纳维亚科学家都认为,宇宙充满了物质,没有开始或结束的时间。尽管他们的宇宙学推测未能长期存在,但它们是建立物理宇宙学的有趣早期尝试,并引起了一段时间的关注。

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