This is a book about universes, a story that revolves around a single unusual and unappreciated fact: that Einstein's famous theory of relativity describes universes -- entire universes. Not many solutions of Einstein's tantalizing universe equations have ever been found, but those that have are all very remarkable. Some of them describe universes that expand in size, while others contract, some rotate like a top and others are chaotic. Some are perfectly smooth, while others are lumpy, or shaken in different directions by tides of energy; some oscillate forever, some become lifeless and cold, while others head towards a runaway future of ever-increasing expansion. Some permit time travel into the past, and others allow infinitely many things to happen in a finite amount of time. Only a few allow life to evolve within them; the rest remain unknowable to conscious minds. Some end with a bang, some with a whimper. Some don't end at all.
Our story will encounter universes where the laws of physics can change from time to time and from one region to another, universes that have extra hidden dimensions of space and time, universes that are eternal, universes that live inside black holes, universes that end without warning, colliding universes, inflationary universes, and universes that come into being from something else -- or from nothing at all.
Gradually, we will find ourselves introducing the latest and the best descriptions of the Universe we see around us today, together with the concept of the 'Multiverse' -- the universe of all possible universes -- that modern theories of physics lead us to contemplate. These are the most fantastic and far-reaching speculations in the whole of science.
Other cosmology and astronomy books focus on particular topics -- dark matter, dark energy, the beginning of the universe, inflation, life-supporting coincidences, or the end of the universe -- but this book introduces the reader to whole universes in a coherent and unified way.
John D. Barrow is professor of mathematical sciences and director of the Millennium Mathematics Project at Cambridge University, as well as a Fellow of the Royal Society. He is the best-selling author of many books on science and mathematics, including Mathletics: 100 Amazing Things You Didn’t Know about the World of Sports and 100 Essential Things You Didn’t Know You Didn’t Know: Math Explains Your World.
相信很多人都产生过对自身来源的思考。 从生物的角度精子和卵子的结合、细胞的分裂就能够回答问题。但是精子卵子的由来呢?原子质子中子电子呢?更进一步我们所处的世界?过去未来的时间?直至追问到终极的宇宙?这问题就像马路上的摔倒的老人,没遇到时可能无所谓,一旦遇到即...
评分完全冲着科普而去,然后就震惊于宇宙研究的过程。 如果说前两章充分符合了本人这样的外行人对于宇宙星空的浪漫幻想以及其能引申出的各种哲学遐想,那本书后300页则是讲爱因斯坦的神奇公式给宇宙研究带来的天翻地覆的影响。 爱因斯坦之后的宇宙研究再也不是观察星空的研究,而...
评分相信很多人都产生过对自身来源的思考。 从生物的角度精子和卵子的结合、细胞的分裂就能够回答问题。但是精子卵子的由来呢?原子质子中子电子呢?更进一步我们所处的世界?过去未来的时间?直至追问到终极的宇宙?这问题就像马路上的摔倒的老人,没遇到时可能无所谓,一旦遇到即...
评分 评分这本书真心让我想起初中的物理老师,因为作为艺术类考生的自己,在初中的时候就知道这些是不需要我学习的,并且我对那些公式以及周围同学反复的计算让我觉得实在乏味,我大多数的时间都是在画室以及音乐里度过,那个时候,这些是我的宇宙。 年轻,谁不曾虚度?我已经很久没有...
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