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双语是英德双语啊？还以为是中英双语。。。
能不能给个字幕？英文的也行啊！
《BBC 爱因斯坦 死亡方程式》(BBC Einstein's Equation of Life of and Death)双语版
电驴资源
中文名: BBC 爱因斯坦 死亡方程式
英文名: BBC Einstein's Equation of Life of and Death
别名: 爱因斯坦 死亡的公式 BBC Exlusiv Albert Einstein oder die Formel des Todes
版本: 双语版
发行时间: 2005年
简介:
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首播：2005年5月15日上午9：40－10：40 星期天（中间插播广告）
电视台：VOX
英语原版名： Einstein's Equation of Life of and Death
德语版片长： 44分钟
制片： Aidan Laverty
出版：BBC Horizon（注：BBC 2台科教片系列旗舰品牌，每集长度约为50分钟。）
发行： 
早在1905年，年仅26岁的爱因斯坦就已提出了狭义相对论。狭义相对论推倒了牛顿力学的质量守恒、能量守恒、质量能量互不相关、时空永恒不变的基本命题。这是一场真正的科学革命。
其后，爱因斯坦又经过10年探索，建立了广义相对论。自此，爱因斯坦相对论宣告完成。它奠定了20世纪物理学的基石。爱因斯坦仍不满足。他开始探索宇宙起源问题，并揭示出宇宙是“静态”的、有限无界的。他根据广义相对论，提出了三大命题：光线在太阳引力场中会发生弯曲；水星近日点运动规律；引力场中光谱线向红端移动。然而直到1919年5月之前，这些预言并未得到验证。许多科学家对此持怀疑态度。
经历了两次世界大战的惨败，德国人一直苦于自己的国家严重缺乏英雄人物，现在他们重新将艾伯特·爱因斯坦视为德国历史上最伟大的人物之一，尽管这位犹太裔物理学家曾因自己的血统遭到纳粹党人的仇视而流亡国外。
爱因斯坦生于德国，一个世纪前，他在瑞士发表了著名的相对论。1955年4月18日，他永远离开了这个世界。50年后的今天，他曾摒弃的国家为他重扬美名。
2005年被称为“爱因斯坦年”，世界各地纷纷展开各种庆祝活动。但是没有一个地方像德国一样，在对这位有着低垂眼睛和浓密灰发的老人予以盛赞的同时，还要肩负沉重的“历史包袱”。
德国政府开始竭尽全力了解爱因斯坦。20世纪早期，他关于宇宙、时间和相对论的理论给当时的物理学带来了颠覆性的变革，他也由此成为世界上第一位大众偶像级科学家。
“这有点奇怪。”德国版爱因斯坦传记的作者于尔根·内费说。该书自从一月份出版以来，在畅销书榜上一直位居前列。
“爱因斯坦憎恨纳粹，并将这种反感之情延伸到所有德国人身上，在他看来德国人造成了这一切。他确实非常讨厌德国，但是无论如何，他肯定会为德国最近30年来取得的发展感到欣慰的。”
德国对爱因斯坦的“重新发现”始于2003年。在当时的一次调查中，他被数百万电视观众推选为德国历史上“最伟大的人物”之一。
1879年，爱因斯坦出生于德国乌尔姆的巴伐利亚市，17岁时，为逃避服兵役，他移居瑞士。从苏黎世联邦工业大学毕业后，他供职于瑞士联邦专利局，并在业余时间撰写科学论文。
1905年是爱因斯坦的“奇迹年”，他创立了阐释时空关系的相对论，挑战了物理学巨人艾萨克·牛顿始创的宇宙观，那些理论200年来一直固若磐石。
1919年，爱因斯坦的理论为科学家们所证实，一时他声名鹊起。1921年，他获得了诺贝尔物理学奖，随后德国和瑞士都争着说爱因斯坦是属于自己国家的。
但是爱因斯坦没有停滞不前。他的独特理论也给他最为著名的发现奠定了基础，那个发现就是E=mc2——一个打开原子时代大门的方程式。全世界都知道这个公式，虽然没多少人能真正理解它。
1914年，爱因斯坦回到德国，随后在柏林居住了19年，直到1933年为躲避希特勒的纳粹军团的迫害而逃亡国外。他曾在美国普林斯顿大学执教，并在那里度过了晚年。
他在柏林的住宅曾遭纳粹党人洗劫。1932年，爱因斯坦放弃了德国国籍，并于1940年加入美国国籍，成为一名美国公民。
In the summer of 1939 Albert Einstein was on holiday in a small resort town on the tip of Long Island. His peaceful summer, however, was about to be shattered by a visit from an old friend and colleague from his years in Berlin. The visitor was the physicist Leo Szilard. He had come to tell Einstein that he feared the Nazis could soon be in possession of a terrible new weapon and that something had to be done.
Szilard believed that recent scientific breakthroughs meant it was now possible to convert mass into energy. And that this could be used to make a bomb. If this were to happen, it would be a terrible realisation of the law of nature Einstein had discovered some 34 years earlier.
September 1905 was Einstein's 'miracle year'. While working as a patents clerk in the Swiss capital Berne Einstein submitted a three-page supplement to his special theory of relativity, published earlier that year. In those pages he derived the most famous equation of all time; e=mc², energy is equal to mass multiplied by the speed of light squared.
The equation showed that mass and energy were related and that one could, in theory, be transformed into the other. But because the speed of light squared is such a huge number, it meant that even a small amount of mass could potentially be converted into a huge amount of energy. Ever since the discovery of radioactivity in the late 19th century, scientists had realised that the atomic nucleus could contain a large amount of energy. Einstein's revolutionary equation showed them, for the first time, just how much there was.
However, at the time Einstein doubted whether that energy could ever be released. By 1935 he was convinced it would never be practical. At the Winter Session of the American Association for the Advancement of Science in Pittsburgh, he is quoted as telling journalists: "The likelihood of transforming matter into energy is something akin to shooting birds in the dark in a country where there are only a few birds."
Einstein was so sceptical because attempts to break open the atomic nucleus always required more far energy be put in than was ever released. Nuclear physicists like Ernest Rutherford were exploring the structure of the atom by bombarding atomic nuclei with alpha particles. Even when machines were built to accelerate the alpha particles to ever higher speeds they had only limited success in breaking apart the nucleus. In 1933 Rutherford dismissed talk of atomic power as 'moonshine'.
One morning in September 1933 Szilard read Rutherford's comments in The Times. Leaving his hotel and crossing the street, he had a brainwave. Alpha particles and the other particles that physicists had been using to bombard the nucleus were simply the wrong tool for the job, because he realised that they, like the nucleus, had a positive charge.
Since like charges repel, Szilard thought, no matter how hard you fire them in, the majority would simply be deflected away. That morning he was one of the first to realise that the recently discovered neutron might be what was needed. The neutron, a subatomic particle like a proton but with no electric charge was discovered in 1932. With no charge, Szilard believed the neutron would simply slip into the heart of the atom undeflected.
But he didn't stop there. Szilard thought that if an atom could be found that is split open by neutrons, not only would it release some of its huge store of energy, it might also release further neutrons, which could then go on and split further atoms, setting up a chain reaction leading to a truly vast release of energy. Szilard immediately saw the possible military applications and sought to patent the idea and have it made an official secret. But in 1933, the chain reaction only existed in Szilard's head. No one had yet found an atom that could be split by neutrons.
These developments were happening against a background of extraordinary political turmoil in Europe. Hitler had come to power in Germany in January 1933. In 1938, less than a year before the outbreak of World War II, just such an atom was found, uranium.
Working at the Kaiser Wilhelm Institute in Berlin, the nuclear chemists Otto Hahn and Fritz Strassman found that when bombarded with neutrons, uranium split into two nuclei of roughly half the size. Not only that, but further calculations showed that a large amount of energy was also released - enough from a single nucleus to move a grain of sand. The first stage of Szilard's chain reaction had been achieved.
When he heard the news Szilard, now in New York and working at Columbia University with Enrico Fermi, set about showing whether, as well as energy, further 'secondary' neutrons were released. By July 1939, when he first knocked on Einstein's door, he knew that they were and so the chain reaction was possible. Also, he and Fermi had settled on a design for the first nuclear reactor.
During the course of their conversations in the summer of 1939, Szilard explained these new developments to Einstein and his fear that the Nazis might use them to create a nuclear bomb. Together they drafted a letter, signed by Einstein, to the American President, Franklin Roosevelt. The letter was delivered to the President on the 11 October 1939 and after reading it the President provided funding for research that would pave the way for the Manhattan Project and lead, ultimately to the construction of the first atomic bomb. After signing the letter, Einstein played no further part in the development of the bomb.
With the first atomic explosion over Hiroshima, the power of e=mc² had been graphically demonstrated to the world. Just 0.6 grams of mass, converted into energy, had been enough to destroy an entire city.
Einstein was horrified when he heard that the bomb had been dropped. When they, wrote to the President, Szilard and Einstein advocated the development of an American bomb purely as a deterrent against the threat of a Nazi weapon. They had not conceived of its use as an offensive weapon, especially after the defeat of Nazi Germany.
Einstein always saw e=mc2; as a purely theoretical insight and refuted any responsibility for the bomb but he did feel some responsibility for the letter he'd written to Roosevelt. A letter he would come to describe as "the one mistake" of his life. Einstein saw nuclear weapons and the nuclear arms race as a threat to the future of civilisation. In his final years he devoted much of his time and energy to issues dealing with the world's future - advocating pacifism and campaigning for the control of nuclear weapons, not by individual nations, but by a world government. The last document he signed, just a week before he died, was a manifesto drawn up by Bertrand Russell, renouncing war and nuclear weapons. As Russell said: ""Einstein was not only a great scientist he was a great man. He stood for peace in a world drifting towards war..."
But while the bomb proved e=mc2; to be the ultimate equation of destruction, only after his death has the role of Einstein's equation in the creation of the universe become clear. Just as mass can be turned into energy in a bomb, the pure energy generated in the Big Bang condensed into the matter that makes up our world. Almost a hundred years ago, with just six short pen stokes Einstein unlocked one of the most powerful truths about the universe. A truth that would change our world, both for good and ill.
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引用(lerilly @ 2009-05-06, 09:34 PM) 
引用(powerboy213 @ 2009-04-01, 08:14 PM)
马克思、爱因斯坦、佛洛依德这只是犹太民族佼佼者中的三个，德国纳粹若没有对犹太民族镇压、屠杀，真不敢想象现在的世界会是什么样子的。
这个世界上没有如果，缺失了过去的任何一环都无法造就这个现在。
其实我一直怀疑所谓的时间是否存在，宇宙的一切仅仅是在运动和变化着的而已，时间对于宇宙也许根本就没有意义，也许地球上这几十亿年所发生的一切对于宇宙而言只是弹指一挥间。或者所谓的地球们本就是一个个的培养基而已，上帝只是想要能作出正确选择的那一个，然后……
还是讲个烂笑话吧！~
如果丘处机当时没有路过牛家村江湖上可能会发生一场大变动！
1.若当时丘处机没有路过牛家村那麽秘密跟踪他的那些金兵就不会死在郭顶天和杨铁心他们两家人的院子里了，同样，完顔洪列也不会见到包惜弱而对她念念不忘了。那些金兵会轻松死在丘处机手里，而郭，杨两家不会受到余后的波及了。郭靖和杨康将会平平安安的出生在牛家村，郭靖还是个大笨蛋，而杨康同样是敬重自己的父亲也就没人说他认贼作父了。
2.没了少年郭靖，铜尸陈玄风就不会命丧大漠，黑风双煞练成九阴白骨爪以后（那个时候他们应该炉火纯青了，就不是邪门武功，应该叫九阴神爪）回到中原，遇到江南七怪后轻松干掉了他们（七怪一向遇强则弱），然后横行江湖几十年。
3.由于郭，杨二人未死则曲三（曲灵风）有了他二人的帮忙就不会死在密室里而傻姑也会因爲没有受到父亲死的打击而变傻
！！郭靖和杨康也会在牛家村生活变成普通人。 4.周伯通没了他结拜的弟弟，最终死在了桃花岛的洞里，黄药师还是那句老话：“是！是我杀的，全天下的人都是我杀的！哈哈哈……”全真七子联手报仇，虽然他们武功低微，但天罡北斗不是盖的，肯定是两败俱伤，这时候黄容定会道出真相：“其实你们的周师叔是闷死在里面了。”（估计是双手互搏玩腻了以后）
5.风流倜傥的欧阳克在来中原后看上了黄容然后去桃花岛提亲，黄药师很喜欢他做自己女婿，而当时又没有一个像郭靖一样笨的人在场，因此黄容也只好听父母之命了（父之命）。武穆遗书一直在铁掌峰上没人去拿，而自周伯通挂了以后天下间只有黑风双煞会九阴真经（半本）。第二次华山论剑的人变成洪七公，欧阳峰（没发疯的），段王爷，裘千仞虽然欧阳峰一直在找黑风双煞拿那半本九阴真经。
6.杨过则会和郭芙结婚，这全是郭靖和杨康安排的，杨过也就变成了一个只会杨家枪法的武夫（虽然他的手保住了），是个不会内功的大汉，小龙女会因爲杨过没去过终南山而终身守在古墓里，还有一种可能就是嫁给尹志平（天啊！），那麽郭襄就要改叫欧阳襄了（由于不习惯还是叫郭襄吧）！
7.没了杨过去剑冢，剑魔独孤求败的武功将不会再现人间，玄铁重剑也不会重出江湖（这个关系到后面的倚天剑屠龙刀）黄容可能会要挟自己的老公欧阳克去驻守襄阳尽管欧阳克不懂什麽侠之大者，但他还是怕老婆的。第三次华山论剑只有欧阳峰，洪七公（找不到像郭靖一样笨的传人，降龙十八掌失传），一灯，金轮法王（怎麽会有他？？）
8.郭襄现在是欧阳克的女儿，后来金轮法王要传她武功，欧阳克当然不会反对那麽娥眉派就成了白驼山武功的一支了，练的武功就是蛤蟆功（女孩子练这个好象不雅）和龙象般若功（好刚猛的功夫），百年之后黑风双煞念及师恩，将半本九阴真经给了郭襄，当时已经没了倚天剑和屠龙刀了，于是她就随便封在了普通的剑里面咯。
9。因爲第三次华山论剑没了杨过，也就是说在华山绝顶上没有人教张君宝武功招式那麽张君宝就成了空有内力的小孩了，他也就不会在少林因爲打败昆仑三圣何足道而犯了大忌被逐出少林了。百年之后也就没了武当，张三丰成了少林方丈，武当七侠成了少林七僧（那可麻烦了，张翠山要在出家前结婚生子了）。
10.张三丰一直在少林，那他的九阳真经就不会只有三分之一了，而是全部，张无忌也不用那麽累去猴子肚子里掏九阳真经了，但是可怕的是周芷若，一个会蛤蟆功，龙象般若功和九阴真经的女人（太可怕了），看来周芷若长的在漂亮，张无忌看到她都会浑身颤抖的。
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经比较，三个都一样。第一个是德语版，而第二与第三个是相同的英语版，只是分辨率不一样。建议下载第二个，分辨率为704X384，可在射手网找到匹配中文字幕。