全方位的无限 生命为什么如此复杂 【正版】 pdf pdb 阿里云 极速 mobi caj kindle 下载

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目录

代 -序

――聆听生命不朽的细语

上卷 -生命为什么如此复杂

章 -赞美造化无穷

第二章 -蝴蝶与超弦

第三章 -曼彻斯特与雅典

第四章 -生命是如何开始的？

第五章 -生命为什么如此复杂？

第六章 -生命的是什么？

下卷 -核冬天到又见蝴蝶

第七章 -寻根

第八章 -快即是美

第九章 -太空与科学

第十章 -工程师之梦

第十一章 -权力的平衡

第十二章 -星球大战计划

第十三章 -“理想国”奥地利

第十四章 -骆驼与剑

第十五章 -核冬天

第十六章 -2世纪新科技

第十七章 -又见蝴蝶

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弗里曼戴森（FreemanJ.Dyson）924年出生于英国，947年至美国康奈尔大学作研究，95年正式居留美国，953年成为普林斯顿高等研究院物理学教授至今。戴森教授不仅是位的理论物理学者，更是一位关心人类命运、向往无限宇宙的睿智哲人。一生优游数学、粒子物理、固态物理、核子工程、生命科学、天文学等领域，志在探索未知的世界。戴森教授早年为量子电力学的巨擘，与诺贝尔物理学奖擦肩而过。956年发表的《自旋波》论文，迄今被引用至少675次，堪称物理学史上的重量级论文之一。戴森教授于普林斯顿高等研究院服务40年。993年8月号《科学美国人》的一篇专访，称他为“与主流成90°角前进的人”。即便如此，戴森仍获得许多殊荣 伦敦皇家学会休斯奖、德国物理学会普朗克奖、奥本海默纪念奖、海法理工学院的哈维奖等。戴森教授尚著有《宇宙波澜》、《与希望》等书，在科学界与一般读者中都激起极大的回响。

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Creatures which were unspecialized and opportunistic in their habits had a better chance when Doomsday struck. We humans are perhaps the most unspecialized and the most opportunistic of all existing species. We thrive on ice ages and environmental catastrophes. Comet showers must have been one of the major forces that drove our evolution and made us what we are.

The universe is infinite in all directions, not only above us in the large but also below us in the small. If we start from our human scale of existence and explore the content of the universe further and further, we finally arrive, both in the large and in the small, at misty distances where first our senses and then even our concepts fail us.

The discoveries of recent decades in particle physics have led us to place great emphasis on the concept of broken symmetry. The development of the universe from its earliest beginnings is regarded as a succession of symmetry-breakings. As it emerges from the moment of creation in the Big Bang, the universe is completely symmetrical and featureless. As it cools to lower and lower temperatures, it breaks one symmetry after another, allowing more and more diversity of structure to come into existence. The phenomenon of life also fits naturally into this picture. Life too is a symmetry-breaking. In the beginning a homogeneous ocean somehow differentiated itself into cells and animalcules, predators and prey. Later on, a homogeneous population of apes differentiated itself into languages and c...

The science of Athens, what Einstein called the ancient dream that pure thought can grasp reality, is then nothing else than the exploration of our remotest past, "A la recherche du temps perdu" on a bolder scale than Proust ever imagined.

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