量子之谜

lalala18123 2016-05-07 0

还没看完，但是神作预感。语言简洁翻译到位例子也很有趣，非常非常棒的科普。

Garrus 2016-04-22 0

非常好的讲述了量子理论中的“反直觉”现象

写乐保介 2017-04-23 0

说好的科普呢还是好难懂观察使波函数坍缩或者微观对象只是一种叠加态的波函数这种理论真是难以理解越想越抓狂除了我以外的世界是不是随着我的消逝也就不复存在或者说我眼里的世界不复存在……

南酒酒 2017-04-30 0

挺通俗易懂的。

Quantum-Man 2015-06-04 0

我只能说，这翻译简直无情。无论如何，还是强烈推荐“第一推动丛书”系列，有能力的话尽可能看原版。

九点水 2016-04-26 0

又是通识读本。被物理系活宝李峻教授批得一无是处哈哈哈。专业性知识很多，看到后面不耐烦直接跳了。深入不浅出，量子物理入门还是上帝掷骰子吗好些。

LIZARD 2015-02-15 0

如果你只看一本量子力学的书就看这一本吧，上帝掷塞子吗那本在这本面前就是本演义。后面关于意识的讨论非常的精彩，如此艰涩的事情能讲成这样还有什么可说的能，翻译有些问题，但是奢求专业也多少有些强人所难了。

skyworlds 2016-12-14 0

量子力学很神奇，但是也很危险。作为打破经典物理的“魔鬼”，量子力学不但可能被利用成商业炒作利器，还可能直接被用来骗财，甚至是成为新兴邪教的幌子，各种顶着量子力学名号招摇撞骗的行径无非是仗着普通人对其真实内容的一无所知或一知半解，虽然正确解读量子力学的科普图书和纪录片并不少见，可有多少人能沉下心去好好了解呢？这本书是值得推荐的入门读物，作者是正儿八经的物理学教授，其作品兼具简单易懂和专业性，光的干涉现象与粒子属性揭示不可调和之矛盾、薛定谔的猫所带来的思想实验谜题、人的意识这种非物质对象居然对外在物理实在体直接造成影响的量子之谜，这些令人迷惑的话题如何放在现代科学框架内理解呢？现在，量子计算机不再遥远，量子认知成为一种研究方向，更不用提渗透到各社会学科中的量子概念，读了这本再去找更专业的材料吧。

8号机 2017-01-28 0

有趣且易懂！如何将专业的实验、理论说得平实易理解，这本书是个很好的范例。

LORETTA 2014-01-04 0

这世界不缺文理双修的男人，也不缺文理双修的女人。但归根到底还是不缺文理双修的男人

畸零 2014-03-27 3

还是我太天真，企图看本书就弄懂量子力学。好恨自己兴趣广泛，并未专于一门，我几乎都可以看到自己以后庸庸碌碌无所作为的样子了。

刘康康 2017-02-15 2

相比起格里宾那本，这本书延伸得有点远，以至于最后几章读得有点吓人。对于量子力学最大胆的猜测，远比科幻小说更离奇。这本书在语言上比格里宾那本要更通俗易懂，采用类比的方式去描述量子力学的实验，但这也是它的问题。格里宾那本书会很认真地解释实验原理（虽然可能看不懂），而这本书只是让读者大概知道怎么回事就算完了，对于量子力学的原理解释远远不如格里宾那本书。我并不觉得这本书适合入门，恰恰相反，它适合于对量子力学基本原理有一定了解后，去延伸性地阅读，很有启发性，去试图猜想量子力学可能引发的对于人类意识的重新认识。

RockStar 2015-01-18 1

当经典物理遭遇量子力学，那是对人类认知能力的质疑与嘲笑，是物极必反的体现。微观层面不存在所谓独立于观察对象的观察者，因此当观察者带有目的性地想通过实验而得出某种确定性的结论时，最后只是消解了初衷。

玛雅绿 2014-07-30 1

相比《宇宙的轮回》，这个算通俗易懂了。

lalala18123 2016-05-07 0

还没看完，但是神作预感。语言简洁翻译到位例子也很有趣，非常非常棒的科普。

Garrus 2016-04-22 0

非常好的讲述了量子理论中的“反直觉”现象

写乐保介 2017-04-23 0

说好的科普呢还是好难懂观察使波函数坍缩或者微观对象只是一种叠加态的波函数这种理论真是难以理解越想越抓狂除了我以外的世界是不是随着我的消逝也就不复存在或者说我眼里的世界不复存在……

南酒酒 2017-04-30 0

挺通俗易懂的。

Quantum-Man 2015-06-04 0

我只能说，这翻译简直无情。无论如何，还是强烈推荐“第一推动丛书”系列，有能力的话尽可能看原版。

九点水 2016-04-26 0

又是通识读本。被物理系活宝李峻教授批得一无是处哈哈哈。专业性知识很多，看到后面不耐烦直接跳了。深入不浅出，量子物理入门还是上帝掷骰子吗好些。

我想说两句

It is a wonderful book

yanyan 2008-11-03 0赞

I have not been interested in quantum physics until I read this book. Of couse it has still some places to improve such as adding some definitons of terminologies it is no doubt a wonderful book if you want to learn something about the mysterious quantum world.

量子物理的暗示

nkbear 2011-06-27 0赞

量子力学对人类社会的影响量越来越深远，从计算机到生物领域，但是对思想上的影响还没被意识到。这个世界是决定论的吗？这本小册子简明扼要的探讨了量子物理所蕴含的意义，对社会价值观的影响，以及意识本身的理解。量子子力学和意识感兴趣的同学，推荐一读。

从物理到哲学：读物理偶遇意识有感

[已注销] 2012-11-21 2赞

今天的英语作业写了这本书的书评，刚好可以放在这里，于是录于此。

From Physics to Philosophy: Reading Physics Encounter Consciousness

  Sorry for beginning this article with an apology, that the book I’m going to talk about and introduce to everyone isn’t a novel, but a creature somehow between popular science reading and popular philosophy reading. But it’s really a good book, it makes people think more about the real aspect of our living universe. So I take the risk of disobeying the requirement of the homework which demand for a “novel”.

  Nowadays many people are materialists, they are materialist by default, they are materialist but they don’t think much about what is matter. But what is materialism really mean? How it tackle some of the most confusing situation. For example, how can we explain the sensation of our consciousness if our universe it purely makes by atom and molecular and all the way up. Some people might say, we gain our sensation from the neurological electrical chemical activities inside our brain. But how can it be possible, since we know that the neurological electrical chemical activities is nothing more than the atom and molecular and their motion under the field obeying certain physical rules. How can it generate our sensation?

  Physicist told us that matter is such thing, particles that are moving, and do not explained further, and philosopher told us our the whole universe is made of atom and their motion, and we believe, don’t you think this is little similar with the medieval people believing in the existence of God? Actually, why sensation is generated by our objective physical brain is still a mystery, which contemporary philosopher David Chalmers called it “the Hard Problem”. By using this terminology, Chalmers divide two kinds of problem, the easy one and the hard one, he consider to explain the intelligence of human being supported by our brain is a easy one: although we can’t do it right now and it’s really complex, but we can do it “in principal”, there isn’t anything beyond the expectation of a materialist. But to explain why our brains generate sensation is another task. we do not know how to do it in principal. Pondering about it makes the problem even mystery than we can expect.

  But the book I’m going to introduce isn’t about the philosophical argument of “the Hard Problem”, but about quantum mechanics. There is another mystery inside quantum mechanics, which add another mystery to the reality of the world where we live. It’s called “quantum measurement problem”. For decades, the physicist seems to avoid mention this strange phenomenon, treat it as “the skeleton inside closet”, and experts who would have considered it seriously neglect it and draw their attention on the astonishing application of quantum mechanics. But the strange implication of quantum mechanics seems to imply so deep truth of our reality.

  The book begins at a meeting with great Einstein when the author is a young graduate student. Einstein began the talk by asking the two about their quantum mechanics course. He approved their professor’s choice of David Bohm’s book as text, but when he asked how they consider of Bohm’s position on the strangeness implied by quantum mechanics, they couldn’t answer, since their professor asked them to skip the more philosophical part of the book and concentrate on the mathematical formulation of the theory. And Einstein disappointed.

  The book introduce the strange phenomenon of quantum mechanics in a reader friendly way. The astonishing point is, you do not need any mathematics (but just good English enough to read the book) to appreciate the really wonderful way of the mysterious behavior of the particle. The implication of the quantum theory is, the behavior of a particle is affected by your choice, and in the Chapter 2, there is an excellent introduction of it. It’s about a story of a visitor visits a strange village where quantum mechanics has a macroscopic effect. The visitor ask different kinds of questions which his choice of the kind of question predetermine the possible state of the man and woman in the hut. It really amazing and the reality is as amazing as the strange village, the only difference is in this time the amazement reduce to the microscopic world.

  In the later part of the book, the author explain how this main mystery generate various mysteries such as the Schrodinger’s cat, two slit experiment, EPR, quantum entanglement, and so on.

   Many contemporary thinkers consider our consciousness is generated by our brain. But, in one way, we don’t know how brain generate consciousness in principal: there is Hard Problem; in another, in quantum mechanics, consciousness seems has a amazing effect to predetermine the possible state of matter. All matters are entangled in quantum state.

  The great quantum physicist, discoverer of the fundamental equation in quantum mechanics: Schrodinger equation, Schrodinger, ones says “Multiplicity is only apparent, in truth, there is only one mind.’ Thinking much about the reality, he became appreciate the wisdom of Indian philosophy, Upanishads, which thought human souls is identical with the omnipotent Brahman, and meditation can bring people to reach that state.

  This book leaves us to think. What is reality? What is consciousness? Our universe remains mystery.

从物理到哲学：读物理偶遇意识有感

[已注销] 2012-11-21 2

今天的英语作业写了这本书的书评，刚好可以放在这里，于是录于此。

From Physics to Philosophy: Reading Physics Encounter Consciousness

  Sorry for beginning this article with an apology, that the book I’m going to talk about and introduce to everyone isn’t a novel, but a creature somehow between popular science reading and popular philosophy reading. But it’s really a good book, it makes people think more about the real aspect of our living universe. So I take the risk of disobeying the requirement of the homework which demand for a “novel”.

  Nowadays many people are materialists, they are materialist by default, they are materialist but they don’t think much about what is matter. But what is materialism really mean? How it tackle some of the most confusing situation. For example, how can we explain the sensation of our consciousness if our universe it purely makes by atom and molecular and all the way up. Some people might say, we gain our sensation from the neurological electrical chemical activities inside our brain. But how can it be possible, since we know that the neurological electrical chemical activities is nothing more than the atom and molecular and their motion under the field obeying certain physical rules. How can it generate our sensation?

  Physicist told us that matter is such thing, particles that are moving, and do not explained further, and philosopher told us our the whole universe is made of atom and their motion, and we believe, don’t you think this is little similar with the medieval people believing in the existence of God? Actually, why sensation is generated by our objective physical brain is still a mystery, which contemporary philosopher David Chalmers called it “the Hard Problem”. By using this terminology, Chalmers divide two kinds of problem, the easy one and the hard one, he consider to explain the intelligence of human being supported by our brain is a easy one: although we can’t do it right now and it’s really complex, but we can do it “in principal”, there isn’t anything beyond the expectation of a materialist. But to explain why our brains generate sensation is another task. we do not know how to do it in principal. Pondering about it makes the problem even mystery than we can expect.

  But the book I’m going to introduce isn’t about the philosophical argument of “the Hard Problem”, but about quantum mechanics. There is another mystery inside quantum mechanics, which add another mystery to the reality of the world where we live. It’s called “quantum measurement problem”. For decades, the physicist seems to avoid mention this strange phenomenon, treat it as “the skeleton inside closet”, and experts who would have considered it seriously neglect it and draw their attention on the astonishing application of quantum mechanics. But the strange implication of quantum mechanics seems to imply so deep truth of our reality.

  The book begins at a meeting with great Einstein when the author is a young graduate student. Einstein began the talk by asking the two about their quantum mechanics course. He approved their professor’s choice of David Bohm’s book as text, but when he asked how they consider of Bohm’s position on the strangeness implied by quantum mechanics, they couldn’t answer, since their professor asked them to skip the more philosophical part of the book and concentrate on the mathematical formulation of the theory. And Einstein disappointed.

  The book introduce the strange phenomenon of quantum mechanics in a reader friendly way. The astonishing point is, you do not need any mathematics (but just good English enough to read the book) to appreciate the really wonderful way of the mysterious behavior of the particle. The implication of the quantum theory is, the behavior of a particle is affected by your choice, and in the Chapter 2, there is an excellent introduction of it. It’s about a story of a visitor visits a strange village where quantum mechanics has a macroscopic effect. The visitor ask different kinds of questions which his choice of the kind of question predetermine the possible state of the man and woman in the hut. It really amazing and the reality is as amazing as the strange village, the only difference is in this time the amazement reduce to the microscopic world.

  In the later part of the book, the author explain how this main mystery generate various mysteries such as the Schrodinger’s cat, two slit experiment, EPR, quantum entanglement, and so on.

   Many contemporary thinkers consider our consciousness is generated by our brain. But, in one way, we don’t know how brain generate consciousness in principal: there is Hard Problem; in another, in quantum mechanics, consciousness seems has a amazing effect to predetermine the possible state of matter. All matters are entangled in quantum state.

  The great quantum physicist, discoverer of the fundamental equation in quantum mechanics: Schrodinger equation, Schrodinger, ones says “Multiplicity is only apparent, in truth, there is only one mind.’ Thinking much about the reality, he became appreciate the wisdom of Indian philosophy, Upanishads, which thought human souls is identical with the omnipotent Brahman, and meditation can bring people to reach that state.

  This book leaves us to think. What is reality? What is consciousness? Our universe remains mystery.

It is a wonderful book

yanyan 2008-11-03 0

I have not been interested in quantum physics until I read this book. Of couse it has still some places to improve such as adding some definitons of terminologies it is no doubt a wonderful book if you want to learn something about the mysterious quantum world.

量子物理的暗示

nkbear 2011-06-27 0

量子力学对人类社会的影响量越来越深远，从计算机到生物领域，但是对思想上的影响还没被意识到。这个世界是决定论的吗？这本小册子简明扼要的探讨了量子物理所蕴含的意义，对社会价值观的影响，以及意识本身的理解。量子子力学和意识感兴趣的同学，推荐一读。

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