A Brief History of Time

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出版者:Bantam
作者:Stephen Hawking
出品人:
页数:224
译者:
出版时间:1998-10-1
价格:GBP 27.95
装帧:Hardcover
isbn号码:9780553109535
丛书系列:
图书标签:
  • 时间简史
  • 物理学
  • 宇宙学
  • 时间
  • 黑洞
  • 相对论
  • 量子力学
  • 科学普及
  • 史蒂芬·霍金
  • 宇宙起源
  • 大爆炸
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具体描述

#1 NEW YORK TIMES BESTSELLER

Published more than two decades ago to great critical acclaim and commercial success, A Brief History of Time has become a landmark volume in science writing. Stephen Hawking, one of the great minds of our time, explores such profound questions as: How did the universe begin—and what made its start possible? Does time always flow forward? Is the universe unending—or are there boundaries? Are there other dimensions in space? What will happen when it all ends?

Told in language we all can understand, A Brief History of Time plunges into the exotic realms of black holes and quarks, of antimatter and “arrows of time,” of the big bang and a bigger God—where the possibilities are wondrous and unexpected. With exciting images and profound imagination, Stephen Hawking brings us closer to the ultimate secrets at the very heart of creation.

This landmark volume in scientific writing leads us on an exhilarating journey to distant galaxies, black holes, and alternate dimensions, and includes Professor Hawking's observations about the last decade's advances -- developments that have confirmed many of his theoretical predictions. Makes vividly clear how Professor Hawking's work has transformed our view of the universe.

《星际穿越:宇宙的尺度与人类的未来》 一、 宏大叙事的序章:时间之外的想象 本书并非聚焦于物理学理论的严谨推演,而是试图以一种更具文学性和哲思性的笔触,去探索人类在无垠宇宙中所处的独特位置。我们不再深入探讨量子力学的微观世界,而是将目光投向那些宏大到令人敬畏的尺度——星系的诞生与消亡,黑洞边缘的引力奇点,以及宇宙膨胀的最终命运。 《星际穿越》是一部关于“距离”与“尺度”的史诗。它以一种近乎诗意的语言,描绘了人类文明如何挣扎着理解那些远远超出日常经验的物理现象。书中摒弃了复杂的数学公式,转而采用一系列引人入胜的叙事场景,带领读者穿越一系列想象中的宇宙奇观。 二、 空间的扭曲与光速的边界 我们首先探讨的,是空间本身的可塑性。爱因斯坦的广义相对论为我们打开了一扇理解引力的全新大门,但本书更侧重于这些理论对“旅行”的哲学意义。想象一个场景:一个宇航员在接近光速飞行,他的时间流逝速度相对于地球会慢得多。这种“时间差”不再是一个抽象的数学概念,而是被具象化为生离死别的深刻情感体验。 书中详尽描述了一种被称为“虫洞航行”的假想技术。这不是对虫洞的物理学建模,而是对“捷径”的哲学反思。如果宇宙的褶皱允许我们在瞬间跨越数百万光年,那么“距离”的意义还剩下什么?旅行的本质,是否从单纯的空间位移,转变为对不同时间线的短暂窥视? 我们用大量篇幅描绘了穿越一个理论上的稳定虫洞内部的体验。那是一种视觉和感官的彻底重塑,光线被极端扭曲,过去、现在、未来的信息似乎在同一时刻涌入观察者的意识。这种体验迫使我们重新审视“同时性”这一人类赖以构建现实的基础概念。 三、 恒星的生命周期与元素的起源 本书的第二部分,将焦点从抽象的空间结构转向具体的物质世界——恒星。我们不探讨核聚变的精确机制,而是着眼于恒星的“一生”及其对生命的贡献。 书中有一章专门描绘了一颗超巨星的“死亡”——壮丽的超新星爆发。这种爆发不仅仅是能量的释放,更是宇宙中“播种”的过程。我们详细描绘了爆炸核心瞬间锻造出的重元素(如金、银、铀)如何被抛洒到星际空间,成为下一代行星和生命的基石。 “我们都是星尘所铸,”这句话在书中被赋予了更为直观的意义。读者将被引导去思考,我们身体中每一个铁原子,都曾在某个遥远星系的熔炉中经历过极端的炙烤与锤炼。这种归属感,将个体生命的短暂性与宇宙演化的永恒性连接起来。 四、 黑洞的视界:信息与存在的边缘 黑洞作为宇宙中最极端的引力场,是本书浓墨重彩描绘的对象。我们不关注霍金辐射的复杂计算,而是专注于“事件视界”——那个有去无回的边界。 书中构建了一个富有张力的场景:一个探险者,为了观测而选择坠入一个超大质量黑洞。随着他跨越视界,他所能看到的一切都会被拉伸、扭曲,直至最终被“视界”之外的宇宙彻底切断联系。这种“被遗忘”的状态,被用作探讨“信息守恒”的隐喻。 黑洞的内部,在本书的想象中,是一个信息被压缩到极致的“奇点剧场”。虽然物理定律在此失效,但我们在此探讨的是哲学上的“极端压缩”:当一切都被压缩到不可思议的密度时,存在的本质是否会发生改变?这引出了对“维度坍缩”和“多重宇宙理论”的间接探讨,但重点在于其对人类认知的挑战,而非其数学基础。 五、 宇宙的终极命运与人类的责任 在探讨了星辰的诞生与毁灭之后,本书的最后部分将目光投向宇宙的终极命运。我们将考察几种可能的结局:是“大撕裂”(所有物质被撕碎)、“大收缩”(回归初始的奇点),还是缓慢的“热寂”(一切能量耗散殆尽)。 然而,本书的核心论点并非预测哪种结局会胜利,而是强调在已知的有限生命周期内,人类文明所肩负的责任。面对浩瀚的时间尺度,个体生命的意义何在? 我们通过对比“宇宙时间”与“人类历史时间”,力图唤醒读者对当下、对地球家园的珍惜。如果宇宙终将归于寂静,那么在这短暂的、充满活力的瞬间,我们如何利用我们所掌握的知识、情感和创造力,去定义“存在”的价值? 《星际穿越》旨在成为一本激发想象力的读物,它用对宇宙的敬畏之心,反观人类自身在时间与空间坐标系中的微小而又珍贵的印记。它邀请读者进行一场心灵的旅行,去触摸那些最遥远、最宏大的存在,最终找到回归自身、锚定于此刻的力量。

作者简介

Stephen Hawking, who was born on the anniversary of Galileo’s death in 1942, held Isaac Newton’s chair as Lucasian Professor of Mathematics at the University of Cambridge for thirty years. Widely regarded as the most brilliant theoretical physicist since Einstein, he is also the author of Black Holes and Baby Universes, The Universe in a Nutshell, A Briefer History of Time, The Grand Design, and numerous scientific books and papers.

Biography

In the universe as a whole, the nature of black holes may be one of the most puzzling mysteries. No less puzzling, in the slightly smaller universe of book publishing, is the astounding popular success of Stephen Hawking's 1988 book on the matter, or anti-matter, as it were: A Brief History of Time: From the Big Bang to Black Holes.

Clocking in at just over 200 pages, it was, indeed, brief, but it was hardly the easy read its marketers promised. Nor did it stray much beyond the tone of a scholarly lecture, though at times it did take quick autobiographical peeks into Hawking's personal life. Still, it is just the author's persona that may have been the selling point prompting more than 10 million people worldwide to pick up a copy -- and to have it translated into more than 40 languages in the 10 years since its release.

For Stephen Hawking is an instantly recognizable public figure -- even for those who haven't delved into his so far unprovable theories about black holes. Stricken by amyotrophic lateral sclerosis (ALS) -- or Lou Gehrig's disease, as it is called in the States -- while he was working toward his doctorate at Cambridge University, this Englishman is known for the keen wit and intellect that reside within his severely disabled body. He uses a motorized wheelchair to get around and a voice synthesizer to communicate -- a development, he complains, that has given him an American accent. He has guest-starred, in cartoon form, on an episode of The Simpsons and has appeared in the flesh on Star Trek: The Next Generation, using the benefits of time travel to play poker with Albert Einstein and Isaac Newton. (He has said he doesn't believe in the theory himself, noting that the most powerful evidence of its impossibility is the present-day dearth of time-traveling tourists from the future.)

The son of a research biologist, Hawking resisted familial urging that he major in biology and instead studied physics and chemistry -- as a nod to his father -- when he went to Oxford University as a 17-year-old. In academic writing, Hawking had an extensive career pre-History, starting with The Large Scale Structure of Space-Time, coauthored with G.F.R. Ellis in 1973. But in the late 1980s, faced with the expenses incurred by his illness, he took up Bantam Books' offer to explain the mysteries of the universe to the lay public.

"This is one of the best books for laymen on this subject that has appeared in recent years," The Christian Science Monitor wrote in 1988. "Hawking is one of the greatest theoretical cosmologists of our time. He is greater, by consensus among his colleagues, than other expert authors who have written good popular books on the subject recently. And he is greater, by far, than the ‘experts' who have ‘explained' quantum physics and cosmology in terms that support a religious agenda." And The New York Times in April 1988 said, "Through his cerebral journeys, Mr. Hawking is bravely taking some of the first, though tentative, steps toward quantizing the early universe, and he offers us a provocative glimpse of the work in progress."

Since then, A Brief History of Time has been republished in an illustrated edition (1996) and as an updated and expanded 10th anniversary edition (1998). In Black Holes and Baby Universes and Other Essays, a collection of 13 essays and the transcript of an extended interview with the BBC, Hawking turned more autobiographical, mixing stories about his studies in college and the beginning of his awareness that he had ALS with thoughts on how black holes can spawn baby universes and on the scientific community's efforts to create a unified theory that will explain everything in the universe. And in The Universe in a Nutshell, his sequel to A Brief History of Time, Hawking takes the same approach as he did in his first bestseller, explaining to the lay reader such ideas as the superstring theory, supergravity, time travel, and quantum theory.

A common current in Hawking's writing -- aside from his grasp of the complexities of the universe -- is a sharp wit. In one of the rare personal reflections in A Brief History of Time, he said he began thinking about black holes in the early 1970s in the evenings as he was getting ready for bed: "My disability makes this rather a slow process, so I had plenty of time." In life, he has a reputation for quickly turning his wheelchair away of a conversation that displeases him, even running his wheels over the toes of the offending conversant.

Even questions about his muse are likely to draw an answer tinged with pointed humor. When Time asked Hawking why he decided to add explaining the universe to a schedule already taxed by his scholarly writing and lecture tours, he answered, "I have to pay for my nurses."

目录信息

Foreword
Ch. 1 Our Picture of the Universe 1
Ch. 2 Space and Time 15
Ch. 3 The Expanding Universe 37
Ch. 4 The Uncertainty Principle 55
Ch. 5 Elementary Particles and the Forces of Nature 65
Ch. 6 Black Holes 83
Ch. 7 Black Holes Ain't So Black 103
Ch. 8 The Origin and Fate of the Universe 119
Ch. 9 The Arrow of Time 147
Ch. 10 Wormholes and Time Travel 159
Ch. 11 The Unification of Physics 171
Ch. 12 Conclusion 187
Albert Einstein 192
Galileo Galilei 194
Isaac Newton 196
Glossary 199
Acknowledgments 205
Index 207
· · · · · · (收起)

读后感

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或许这样说是绝对了一些,但是我们确实无法理解彼岸的东西,正如笛卡儿说的:人类一思考,上帝就发笑。或者如爱因斯坦说的:宇宙中唯有两件事物是无限的:那就是宇宙的大小与人的蠢笨。然而宇宙的大小我却不能肯定。 霍金当然没有这么说,但是他的说法是:每一种理论在诞生的时...  

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初中时候看了第一推动丛书翻译的版本,很薄的一本书。那时看到第30页的时候看不下去了,理由很简单,突然看不懂了。为什么说突然呢,因为在看到全书的第二张图和相应的文字利用卫星的脉冲和月亮对其反冲的事件讲解相对论的时候,我完全不知道霍金想表达什么。无数次的重复阅读...  

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2001年的夏天,学生年代的学生我们,被一个学生年龄的歌手牵起一阵风潮。谢霆锋在那年推出专辑《玉蝴蝶》,里边两首主打歌“玉蝴蝶”和“潜龙勿用”马上唱遍街头巷尾。“玉蝴蝶”这一首流行曲借着北京爱乐乐团的演出向电影大师奇斯洛夫斯基的《两生花》致敬,而“潜龙勿用”居然...  

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作为一名理工科学生,对HAWKING的经典著作完全可以用"膜拜"来形容.最初读<时间简史>是在高中,开始是当作课外读物来看,读下之后却发现,这本书的力量已经远远超越了一本"科普读物",在随书的书签上有句话:"读霍金,懂不懂都是收获."我承认我对书中的理论只读懂一半,但是它带给我的却...  

用户评价

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说实话,一开始我有些担心这本书会过于学术化,充满了晦涩难懂的术语,但实际阅读下来,我发现担忧完全是多余的。作者的文笔简洁有力,节奏感掌握得非常好,像一位高明的音乐指挥家,知道何时该加快推进,何时又该放慢节奏,让读者充分消化刚刚吸收的知识点。我最喜欢的部分是作者对科学史的穿插介绍,那些伟大的科学家们如何一步步推翻旧有观念,建立新理论的历程,读起来比单纯的理论本身还要精彩。它让我明白,科学的进步并非一蹴而就,而是充满了无数次的试错与灵光乍现。这本书成功地将宏大的宇宙论置于一个非常人性化的框架内进行阐述,让我们意识到,即便是描述宇宙起源这样庞大的主题,其核心依然是人类好奇心的驱动。这让原本高冷的物理学变得温暖而富有生命力,成功地将一个科学领域的“硬核”内容,转化成了一部引人入胜的“史诗”。

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这本书简直是一次思想的太空漫步,让我这个对物理学知之甚少的人,也能窥见宇宙宏大叙事的冰山一角。作者的叙事功力令人叹服,他没有被那些复杂的数学公式所束缚,而是巧妙地将黑洞、时间旅行、大爆炸这些宏伟的概念,转化为生动有趣的画面。我尤其欣赏他对于“什么是时间”这种哲学层面的追问,这远超出了教科书的范畴。读到关于奇点和宇宙的开端时,我仿佛真的站在了那个无边无际的起点,心中充满了敬畏。作者的语言风格是那么的平易近人,即便是一些极为抽象的理论,经过他的阐释,也变得触手可及。这不是一本让你合上书本后就遗忘的读物,它会在你的脑海中持续发酵,让你在仰望星空时,会不自觉地联想到书中所描绘的那些奇景。阅读过程像是一次精神上的探险,充满了惊喜与顿悟,让人迫不及待地想翻开下一页,看看前方还有怎样的宇宙奥秘等待揭晓。

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从一个纯粹的文学角度来评价,这本书的结构布局堪称精妙。作者仿佛是在搭建一座精密的知识迷宫,每走过一个转角,都有新的景观呈现,但所有路径最终都导向同一个宏伟的目标——理解宇宙的整体图景。这本书的魅力在于它的宏大与微观之间的完美平衡,前一页还在讨论数十亿光年外的星系演化,后一页可能就在聚焦于物质最基本的粒子行为。这种跨越尺度的叙事能力,赋予了阅读一种史诗般的厚重感。我阅读时最享受的时刻,是作者阐述那些尚未解决的难题时所流露出的那种谦逊和对未知的敬畏,这与某些宣称掌握了所有真理的作品截然不同。它像一面镜子,映照出人类知识的边界,并温柔地鼓励我们继续探索。这本书读完后,会让人感觉,你对周围的一切——从脚下的土地到头顶的星空——都有了一种更深层次的、结构性的理解,不仅仅是知道,更是“懂得”。

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这本书的阅读体验,对于我来说,更像是一场与一位睿智老者的深夜长谈,充满了对自然法则的深刻洞察和对人类认知的边界探索。它不是那种轻轻松松就能囫囵吞枣读完的书,需要你时不时地停下来,点上一杯咖啡,让那些关于空间弯曲、多维度的概念在脑海中慢慢沉淀。我非常欣赏作者在处理那些前沿理论时的那种审慎和严谨,他没有过度渲染科幻色彩,而是立足于最扎实的物理学基础去推导一切可能性。这种冷静的叙述方式反而增强了内容的震撼力,因为它告诉你,这些匪夷所思的现象,也许就是我们真实宇宙的一部分。书中对“是否存在终极理论”的探讨尤其引人深思,它将读者从日常琐事中抽离出来,强迫我们去思考那些终极的、超越生命尺度的议题。读完后,世界观似乎被轻轻地推了一下,虽然没有立刻“顿悟”,但那种对知识的渴望和对未知的敬畏感,却被空前地激发了出来。

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这本书给我的感觉,就像是拿到了一张宇宙的“藏宝图”,虽然地图上的符号复杂难解,但作者却耐心地在旁边用最清晰的语言标注了关键的坐标和地标。它没有给我即时的答案,反而提出了一系列更深刻的问题,引导我以一种全新的、更具批判性的视角去看待我们所处的时空。我特别欣赏书中对于时间箭头——即时间为何总是向前流逝——这一难题的深入剖析,这触及了我们日常经验与物理定律之间最微妙的矛盾。作者的逻辑推理链条清晰得令人发指,即便在讨论量子力学中那些反直觉的概念时,他也能用类比和清晰的结构,帮助读者构建起一个大致的认知框架。这本书的价值不在于让你成为一名物理学家,而在于让你成为一个更具思辨能力的思考者,它挑战了我们对“常识”的依赖,迫使我们去接受宇宙可能比我们想象的更加奇特和精妙。

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