爱因斯坦的

Also we use the time-dependent SU (2) gauge transformation to diagonalize the Hamilton operator, obtain the berry phase and analytically the time-evolution operator. The particle number difference of species A between the two wells is studied analytically.

此外我们还研究了在双阱玻色-爱因斯坦凝聚中纠缠态的演化，研究发现随着组分间相互作用和随穿率的比值的增加系统演化到Bell态的概率变大，而且组分自身内在的相互作用对形成Bell态的几率没有影响；并且用含时Su（2）规范变换对角化哈密顿量得到了系统的Berry位相和时间演化算符，并研究了量子随穿过程。

But just changing the understanding about nature, we can know photon as the elementary particle of matter.

物质世界：按照爱因斯坦对光子的理解，以及量子力学对光子的研究，光子不可能是现代物质模型下的基本粒子，如果光子是物质的基本粒子，任何物体在相对静止的情况下都没有质量，物质没有静止质量的意义太可怕了，我们摸不到物体，看不见对方，不能利用任何物质，这是我们现实生活中不可能存在的物理模型。

After the discussion of the constrain condition for Bose-Einstein statistics in NC Phase space, the Hamiltonian operator of the two dimensional charged harmonic oscillator in external electric field was discussed.

在所考虑的相空间变量的对易关系中包含了坐标－坐标和动量－动量两个方面的非对易性；讨论了非对易相空间中服从玻色－爱因斯坦统计的粒子的连续性条件；在所给出的相空间变量的对易关系中包含了空间－空间和动量－动量两个方面的非对易性。

It reviews the physics development before the birth of special relativity at the beginning of 20th century, and gives the important reasons why many famous physicists, such as Hendrik Antoon Lorentz, Henri Poincaré, failed to create a new theory, though they had already obtained some very important results, almost close to this great theory.

对20世纪初相对论诞生之前的物理学发展进行了回顾，分析了在1905年爱因斯坦发表著名的狭义相对论之前，物理学家如洛伦兹、庞加莱等人尽管已经走到了狭义相对论的边缘，得到了狭义相对论的一些结论，但最终却没能创建一个全新的物理学理论体系的深刻内因。

This is Einstein 10 years of deliberation and exploration results, which in the 19th century to a large extent solved the crisis of classical physics, Newtonian mechanics changed the concept of space-time, it has exposed the considerable material and energy, the creation of a new world of physics, modern physics is the greatest revolution.

这是爱因斯坦十年酝酿和探索的结果，它在很大程度上解决了19世纪末出现的古典物理学的危机，改变了牛顿力学的时空观念，揭露了物质和能量的相当性，创立了一个全新的物理学世界，是近代物理学领域最伟大的革命。

Besides having sound national policies of their own, Switzerland, Denmark and Sweden also a orbed talent from other European countries.

瑞士、丹麦和瑞典除了拥有本国健全的政策外，也吸纳了其他欧洲国家的优秀人才，例如：出生在德国的爱因斯坦，在瑞士受教育并做出惊天动地的物理研究；丹麦籍诺贝尔获奖人波尔所成立的"哥本哈根学派"，也吸纳了欧洲各国在核物理领域最优秀的人才等等。

In some western countries,they have some religions gave explaination to universe and life,such as:God created human beings and Jesue Allah can save human beings.Due to the western's disagreement on the thinking,so they have borned a science which called Antitheism under the fundation of taking consideration from the reality,analysising and solving problems from objective terms.such as Einstein said:no matter due to fear or needs of morality,though they may have limit between good ones and bad ones if it had conflicted with religion.they have a common feature which is personate of God,however what a coincidence is that Buddhism never agree it,and Buddha also never take himself as a demiurge.

后来西方人对这种思想不赞成，于是一切从实际出发、从客观事物去分析问题、解决问题，便产生了无神论的科学，如爱因斯坦认为与科学相冲突的宗教，无论是出于恐惧，还是道德的需要，尽管本身有高下之分，其"所共有的是它们的上帝概念的拟人化的特征"，而佛教恰恰是它不承认任何拟人化的造物主，佛陀更不以造物主自居，佛教认为，佛陀只能教导众生离苦得乐的方法，佛陀自己虽已离苦得乐，但却不能带替众生离苦得乐。

In some western countries,they have some religions gave explaination to universe and life,such as:God created human beings and Jesue Allah can save human beings.Due to the western's disagreement on the thinking,so they have borned a science which called Antitheism under the fundation of taking consideration from the reality,analysising and solving problems from objective terms.such as Einstein said:no matter due to fear or needs of morality,though they may have limit between good ones and bad ones if it had conflicted with religion.they have a common feature which is personate of God,however what a coincidence is that Buddhism never agree it,and Buddha also never take himself as a demiurge.

后来西方人对这种思想不赞成，于是一切从实际出发、从客观事物去分析问题、解决问题，便产生了无神论的科学，如爱因斯坦认为与科学相冲突的宗教，无论是出于恐惧，还是道德的需要，尽管本身有高下之分，其&所共有的是它们的上帝概念的拟人化的特征&，而佛教恰恰是它不承认任何拟人化的造物主，佛陀更不以造物主自居，佛教认为，佛陀只能教导众生离苦得乐的方法，佛陀自己虽已离苦得乐，但却不能带替众生离苦得乐。

This resembles the relationship between Newtonian and Einsteinian physics—the older system is still valid at low energies, but if you push mass and velocity high enough you get surprises like nuclear explosions or Linux.

这就像 牛顿式的和爱因斯坦式的物理之间的关系——旧的系统在低能量下仍然有效，但当你把质量和速度变得足够大的时候，你就得到了如同核爆炸或 Linux 那样的惊奇。

Many years later, Einstein's profound theory is unexpectedly frequently used. On the way to London airport, I saw a building named E=MC2. There is also an overbridge on the newly-built information highway in Beijing with the name of E=MC2. I have a neighbor who is fond of buying cheap goods, repairing them after damages. There are all kinds of tools in her family. One day, I found she bought a batch of cheap folding chairs even with E=MC2 imprinted on them.

想不到爱因斯坦研究的高深理论，若干年后却被人频频引用：我从伦敦去机场的路上看到一座大楼名字叫E=MC2；北京新建的传媒大道有一座过街天桥的名字也叫E=MC2；我家有户邻居，总喜欢买最便宜的东西，坏了以后全家动手修理，所有的工具她家都齐全，有一天，我发现她家买了一批便宜的折叠椅，椅子上面居然全印着E=MC2。

With Death guitarist Schuldiner adopting vocal duties, the band made a major impact on the scene.

随着死亡的吉他手Schuldiner接受主唱的职务，乐队在现实中树立了重要的影响。

But he could still end up breakfasting on Swiss-government issue muesli because all six are accused of nicking around 45 million pounds they should have paid to FIFA.

不过他最后仍有可能沦为瑞士政府&议事餐桌&上的一道早餐，因为这所有六个人都被指控把本应支付给国际足联的大约4500万英镑骗了个精光。