杨振宁中英文简介

用英文介绍杨振宁的作文Title: Exploring the Legacy of Yang Zhenning: A Pioneer in Physics。

Yang Zhenning, also known as Chen-Ning Yang, stands as a towering figure in the realm of theoretical physics. Born on October 1, 1922, in China, Yang's contributions haveleft an indelible mark on our understanding of fundamental particles and interactions. Throughout his illustrious career, he has garnered numerous accolades, including the Nobel Prize in Physics in 1957, alongside Tsung-Dao Lee,for their groundbreaking work on the violation of theparity law in weak nuclear interactions.Yang's journey into the world of physics began with his education. He pursued his undergraduate studies at the University of Chicago, where he worked under the guidance of the renowned physicist Enrico Fermi. Later, he completed his doctoral studies at Princeton University, where he collaborated closely with the esteemed physicist AlbertEinstein.One of Yang's most significant contributions came in 1956 when he and Lee proposed the theory of parityviolation in weak interactions. Their hypothesis challenged the long-held belief that parity conservation was an inviolable law of nature. Through a series of elegant experiments, they demonstrated that weak interactions do not conserve parity, revolutionizing our understanding of particle physics.Beyond his groundbreaking research, Yang has played a pivotal role in shaping the landscape of physics education and research. He has held professorial positions at esteemed institutions such as Princeton University, the Institute for Advanced Study, and the State University of New York at Stony Brook. Yang's dedication to nurturing the next generation of physicists is evidenced by his mentorship of numerous students and postdoctoral researchers who have gone on to make significant contributions to the field.Yang's influence extends beyond the realm of academia. He has been a vocal advocate for scientific cooperation and cultural exchange between nations. Despite the geopolitical tensions of his time, Yang has consistently emphasized the importance of collaboration in advancing scientific knowledge for the betterment of humanity.In addition to his scientific pursuits, Yang is also an accomplished writer and speaker. His essays and lectures on physics and philosophy have inspired countless individuals around the world to delve into the mysteries of the universe.As we reflect on the legacy of Yang Zhenning, we are reminded of the profound impact that one individual can have on the course of scientific history. His pioneering spirit, insatiable curiosity, and unwavering commitment to excellence serve as an enduring source of inspiration for generations of physicists to come. Yang's contributions to our understanding of the fundamental laws of nature have cemented his place as one of the preeminent figures in the annals of scientific inquiry.。

用英语介绍杨振宁的事迹作文Title: The Remarkable Journey of Dr. Chen Ning YangDr. Chen Ning Yang, a towering figure in the realm of theoretical physics, stands as a beacon of intellectual brilliance and scientific perseverance. Born on September 22, 1922, in Hefei, Anhui Province, China, Yang embarked on a journey that would not only revolutionize our understanding of fundamental particles and forces in nature but also forge bridges between East and West in the realm of scientific collaboration.From a young age, Yang demonstrated a profound curiosity and aptitude for mathematics and physics. His academic prowess led him to National Southwestern Associated University, where he excelled under the guidance of renowned professors. However, the tumultuous political landscape of China during the 1940s prompted him to seek further education abroad, ultimately landing at the University of Chicago, where he pursued his graduate studies under the tutelage of Enrico Fermi, a Nobel laureate himself.It was during this period that Yang's groundbreaking work began to take shape. In collaboration with Robert Mills, he proposed the Yang-Mills theory in 1954, a framework that laid the foundation forunderstanding the behavior of subatomic particles and the fundamental forces that govern them. Although the immediate impact of this theory was not fully realized at the time, it eventually became instrumental in the development of quantum chromodynamics, the theory that describes the strong force binding atomic nuclei together, earning its proponents the Nobel Prize in Physics decades later.However, Yang's most celebrated achievement came in 1956, when he and his student T.D. Lee overturned a long-held belief in physics: the conservation of parity in weak interactions. Their groundbreaking paper, "Question of Parity Conservation in Weak Interactions," challenged the notion that nature's laws were mirror-symmetric, demonstrating that certain subatomic processes do not behave identically under reflections. This discovery, later confirmed experimentally, revolutionized particle physics and earned Yang and Lee the Nobel Prize in Physics in 1957, making Yang the first Chinese-born scientist to receive this prestigious honor.Beyond his scientific accomplishments, Yang is also renowned for his contributions to education and international scientific cooperation. He has held prestigious positions at institutionsworldwide, including Princeton University, where he served as professor emeritus, fostering generations of talented physicists and promoting cross-cultural exchanges in science. His dedication to nurturing young minds and fostering a global scientific community is a testament to his commitment to advancing human knowledge. Moreover, Yang's personal life embodies the spirit of cultural harmony. Married to Du Zhidao, a former Chinese scholar and diplomat, their union symbolizes the blending of Eastern and Western cultures, reflecting Yang's belief in the power of dialogue and understanding across borders.In conclusion, Dr. Chen Ning Yang's life is a testament to the limitless potential of human ingenuity and the transformative power of scientific inquiry. His groundbreaking discoveries, unwavering commitment to education, and promotion of international cooperation have left an indelible mark on the annals of science. As a scientist, educator, and cultural bridge-builder, Yang's legacy continues to inspire future generations, reminding us all of the boundless possibilities that lie at the intersection of curiosity, perseverance, and global collaboration.。

介绍杨振宁的英语作文Yang Zhenning, also known as Chen-Ning Franklin Yang, is a renowned Chinese-American physicist who made significant contributions to the field of particle physics. Born on September 22, 1922, in Hefei, China, Yang's extraordinary intellect and scientific prowess have earned him numerous accolades, including the Nobel Prize in Physics.Yang's early life was marked by a thirst for knowledge and a deep fascination with the natural world. Growing up in a family that valued education, he excelled academically, demonstrating a remarkable aptitude for mathematics and science from a young age. After completing his primary and secondary education in China, Yang decided to pursue his higher studies abroad, recognizing the opportunities that lay beyond the borders of his homeland.In 1945, Yang embarked on a journey to the United States, where he enrolled at the University of Chicago to pursue a Ph.D. in physics. It was during this time that he began to collaborate with another brilliant physicist, Tsung-Dao Lee, on a groundbreaking project thatwould ultimately lead to a revolutionary discovery.The collaboration between Yang and Lee focused on the study of the fundamental laws of nature, particularly the principle of parity conservation. At the time, it was widely accepted that the laws of physics were symmetric, meaning that they remained the same whether the system was observed in its original form or its mirror image. However, Yang and Lee challenged this assumption, proposing that the weak interaction, one of the four fundamental forces in nature, might not obey the principle of parity conservation.Their meticulous research and experiments led to a stunning revelation – the weak interaction did indeed violate the principle of parity conservation. This discovery, published in 1956, shattered the long-held belief in the universal symmetry of physical laws and opened up new avenues of exploration in particle physics. The impact of this breakthrough was immediate, and Yang and Lee were awarded the Nobel Prize in Physics in 1957, making them the youngest recipients of the prestigious award at the time.Yang's contributions to science did not end with the parity violation discovery. Throughout his illustrious career, he continued to push the boundaries of our understanding of the universe, making significant contributions to various fields, including quantum mechanics, statistical mechanics, and cosmology. His work on the Yang-Millstheory, which aimed to unify the electromagnetic and weak interactions, further cemented his reputation as a visionary thinker and a true pioneer in the field of particle physics.Beyond his scientific achievements, Yang was also known for his dedication to education and his efforts to bridge the gap between Eastern and Western cultures. He was a passionate advocate for international collaboration in scientific research, recognizing the value of cross-cultural exchange and the importance of fostering a global scientific community.Throughout his life, Yang remained deeply connected to his Chinese roots, while also embracing the opportunities and perspectives that the United States offered. He often spoke about the need to find a balance between his two cultural identities, and his work and influence spanned both continents, making him a true global citizen.Yang's legacy extends far beyond his scientific accomplishments. He was a mentor and an inspiration to countless young scientists, encouraging them to pursue their passions and to challenge the status quo. His unwavering commitment to the pursuit of knowledge and his ability to think outside the box have left an indelible mark on the scientific community, and his contributions continue to shape the way we understand the fundamental laws of the universe.As we reflect on the life and work of Yang Zhenning, we are reminded of the power of curiosity, perseverance, and the pursuit of truth. His story serves as a testament to the transformative potential of scientific inquiry and the importance of cultivating a global, collaborative approach to problem-solving. Through his groundbreaking discoveries and his tireless efforts to advance the frontiers of human knowledge, Yang has left an enduring legacy that will continue to inspire generations of scientists and thinkers to come.。

介绍杨振宁的英文作文英文：Yang Zhenning is a famous Chinese physicist who won the Nobel Prize in Physics in 1957. He was born in 1922 in Hefei, Anhui Province, China. Yang was educated at the National Southwestern Associated University and later received his Ph.D. from the University of Chicago in 1948. He then worked at the Institute for Advanced Study in Princeton, New Jersey, where he collaborated with his colleague Tsung-Dao Lee to propose the theory of parity violation in weak interactions.Their theory was later confirmed by experiments conducted by Chien-Shiung Wu, and Yang and Lee were awarded the Nobel Prize in Physics for their work in 1957. Yang has made significant contributions to the field of physics, including his work on the Yang-Mills theory, which describes the behavior of elementary particles.In addition to his scientific achievements, Yang has also been involved in promoting science education in China. He has established the Yang Zhenning Education Foundation to support the development of science education in China, and has also given lectures and written books to encourage young people to pursue careers in science.Overall, Yang Zhenning is a great physicist and a role model for scientists around the world. His dedication to scientific research and education has made a significant impact on the field of physics and on the world as a whole.中文：杨振宁是一位著名的中国物理学家，他在1957年获得了诺贝尔物理学奖。

西南联大杨振宁人物介绍英语作文Yang Zhenning, also known as Chen Ning Yang, is a renowned Chinese-American physicist who was born on October 1, 1922 in Hefei, Anhui, China. He is best known for his groundbreaking work in the field of theoretical physics, particularly his contributions to the development of gauge theory and the theory of parity non-conservation.Yang Zhenning attended the University of Chicago, where he earned his Ph.D. in physics in 1948. He then went on to work at the Institute for Advanced Study in Princeton, New Jersey, where he collaborated with fellow physicist Tsung-Dao Lee on their famous paper on the violation of parity conservation in weak interactions. This work earned them the Nobel Prize in Physics in 1957, making Yang the first Chinese scientist to receive the prestigious award.In addition to his work on parity violation, Yang Zhenning has made significant contributions to the fields of particle physics, statistical mechanics, and condensed matter physics. He has also played a key role in promoting scientific collaboration between China and the UnitedStates, and has been a strong advocate for the importance of science education and research.杨振宁，又称杨振宁，是一位著名的华裔美国物理学家，出生于1922年10月1日，出生于中国安徽省合肥市。

Chen Ning Yang and Tsung-Dao Lee
Both of them received his college education at the National Southwest Associated University in Kunming, China. In 1957, Yang won and shared the Nobel Prize in Physics with Lee Tsung-dao "for their penetrating investigation of the socalled parity laws, which has led to important discoveries regarding the elementary particles."
Awards
Nobel Prize in Physics (1957) Rumford Prize (1980) National Medal of Science (1986) Oskar Klein Memorial Lecture and Medal (1988) Benjamin Franklin Medal (1993) Bower Award (1994) Albert Einstein Medal (1995) N.Bogoliubov Prize (1996) Lars Onsager Prize (1999) King Faisal International Prize (2001)
Yang and Weng Fan in Dongguan Institute of Technology, "School Scholastic", fetched a spoon in their water in buckets, and poured to a height of about 1 meter in my Podocarpus Yang symbol .

不能。 关联”是指事物相互之间发生牵连和影响。 不能。“关联”是指事物相互之间发生牵连和影响。 三个环节是科学、 三个环节是科学、工业和经 济
为什么在这两百多年间能够产生这么多的新事物呢？归根到底， 三、 为什么在这两百多年间能够产生这么多的新事物呢？归根到底，很 简单，是因为工业的发展大大促进了人类的生产力。 简单 ，是因为工业的发展大大促进了人类的生产力。这个变化是一件非常惊 人的事情。 人的事情。 我可以随便举个例子：一百年以前，世界的农业人口占人口总数的80％ 我可以随便举个例子 ： 一百年以前 ，世界的农业人口占人口总数的 ％ 以上；今天，美国的农业人口， 占全国人口的1％ 以上；今天 ，美国的农业人口，只 占全国人口的 ％～2％，可是他们生产出 ％ 来的粮食，不仅可以供全美国人食用，还可以出口到世界各地去。 来的粮食，不仅可以供全美国人食用，还可以出口到世界各地去。
根据文章主旨的提示，我们可以把文章分 根据文章主旨的提示， 为两大部分
世纪之交， 世纪之交，杨振宁先生回顾了近两百年来世界 上出现的许多新事物，分析了近两百年，特别 上出现的许多新事物，分析了近两百年， 是近二三十年新事物层出不穷的原因， 是近二三十年新事物层出不穷的原因，并循此 提出了“ 哪一个更重要的问题， 提出了“科”和“技”哪一个更重要的问题， 进而溯源说明了中国和美国的教育哲学在鼓励 创新上的异同。 创新上的异同。
世纪之交的科学随想
－－杨振宁（美籍华裔物理学家） －－杨振宁（美籍华裔物理学家） 杨振宁
作者简介
杨振宁 1922年9月22日出生于中国安徽省合肥市。1938～1944 日出生于中国安徽省合肥市。 年 月 日出生于中国安徽省合肥市 ～ 年在中国西南联合大学物理系读书，先后获学士、 年在中国西南联合大学物理系读书，先后获学士、硕士学 位。1945年赴美求学，1948年获芝加哥大学哲学博士学 年赴美求学， 年获芝加哥大学哲学博士学 年赴美求学 年获普林斯顿大学和波兰、 位。1958～1979年获普林斯顿大学和波兰、美国等六所 ～ 年获普林斯顿大学和波兰 院校的理学博士学位， 年获得诺贝尔物理学奖。 院校的理学博士学位，1957年获得诺贝尔物理学奖。 年获得诺贝尔物理学奖 1971年以来杨振宁多次到中国，对中国的科技政策提出 年以来杨振宁多次到中国， 年以来杨振宁多次到中国 许多很有建设性的重要建议。 许多很有建设性的重要建议。在促进中美科技交流和合作 中起了重要作用， 中起了重要作用，还努力帮助中国学者和留学生在美进行 科研和学习。著有《基本粒子发现简史》 科研和学习。著有《基本粒子发现简史》等。

邓稼先夫人许鹿希回忆，“四人帮”有个计划，
要把搞核武器的人打掉。年轻些的已被搞得非常之 惨，那些忠实可靠功劳很大的人都被打成了特务， 很多人遭了殃。当时有两个口号：“会英文的就是 美国特务，会俄文的就是苏联特务”，可见迫害之 烈。有个很有贡献的炸弹专家钱晋，他们拷打要他 承认是特务，他坚决不承认，结果被活活打死。他 们就把邓稼先调到青海的“221基地”去，组织了 一批士兵和工人去斗他，理由是有两次核试验没有 达到预期效果，抓住科学测试的失误上纲上线，目 的就是要把负责人邓稼先搞掉。就在这危急的时刻， 杨振宁要见他。周恩来命令把邓稼先召回了北京， 侥幸得救。
中文名 外文名 国籍 性别 毕业院校 出生地 出生日期 职业 民族
杨振宁 Chen-Ning Franklin Yang 中华人民共和国 男 西南联大，美国芝加哥大学 安徽省合肥县（今肥西县） 1922年（壬戌年）10月1日 物理学家 汉族
Chen-Ning Franklin Yang
杨振宁，1922年10月1日出生于安徽合肥，世界著名物理学家，现任香港中文大 学讲座教授、清华大学教授、美国纽约州立大学石溪分校荣休教授、中国科学院院士、 美国国家科学院院士、台湾“中央研究院”院士、俄罗斯科学院院士、英国皇家学会 会员，1957年获诺贝尔物理学奖；是中美关系松动后回中国探访的第一位华裔科学家， 积极推动中美文化交流和中美人民的互相了解；在促进中美两国建交、中美人才交流 和科技合作等方面，做出了重大贡献。
救好友邓稼先
杨振宁对中国的贡献
加入美国国籍之后，1971年杨振宁来中国访问，回到美国后，他在美国几座城市开始演讲，受 到演讲的影响，很多美国人改变了对中国的看法，开始愿意同中国交流。同时不少美籍华人也 开始回国探望，为中国的科技发展贡献自己的一份力量。

He has been elected a Fellow of the American Physical Society , the Chinese Academy of Sciences (中国科学院, People's Republic of China), the Academia Sinica (中央研究院, Republic of China (Taiwan)), the Russian Academy of Sciences , the Royal Society , etc. and was awarded an honorary doctorate by Princeton University (1958), Moscow State University (1992), Chinese University of Hong Kong (1997), etc.
Who is DongGuan University of Technology’s honorary president (名 誉校长）?
When he is young
Yang Zhenning was born on September 22, 1922, in Hefei , Anhui , China , his father Yang KoChuen ( traditional Chinese : 楊武之 ) (1896–1973) was a mathematician and his mother Luo Meng-hua (羅孟華) was a housewife.
His another wife ---Weng Fan
Snowflakes have melted into water, we are no more together. 雪花渐融，妾与君天 涯各一方。

杨振宁，安徽省合肥市人。

著名美籍华裔科学家、物理学大师、诺贝尔物理学奖获得者。

1957年由于与李政道提出的“弱相互作用中宇称不守恒”观念被实验证明而共同获得诺贝尔物理学奖。

1942年杨振宁毕业于昆明的国立西南联合大学，1944年在该校研究生毕业。

此后他于1945年考取公费留学赴美，就读于芝加哥大学，取得博士学位。

1949年，杨振宁进入普林斯顿高等研究院进行博士后研究工作，开始同李政道合作。

世界统一科学联合会讲师团名誉教授，世界本原统一科学院院士，国际统一易学联合会讲师团名誉教授，世界科学院院士。

历任普林斯顿高等研究所教授、纽约州立大学石溪分校爱因斯坦讲座教授和理论物理研究所所长；又自1986年起，出任香港中文大学博文讲座教授；1997年出任清华大学高等研究中心荣誉主任；1999年自石溪分校荣休，同年出任清华大学教授，2003年底回北京定居；并曾先后获得中国科学院、美国国家科学院、英国皇家学会、俄罗斯科学院、台湾中央研究院、教廷宗座科学院（罗马教皇学院）以及多个欧洲和拉丁美洲科学院的院士荣衔，以及多家大学的荣誉博士学位，2004年11月受聘海南大学特聘教授。

2个人经历2.11942 年前杨振宁，美籍华人，原籍安徽凤阳，1922年10月1日生于安徽合肥（今属肥西县）（出生日期在1945年的出国护照上误写成了1922年9月22日）。

他出生不满周岁，父亲杨武之考取公费留美而出国了。

4岁时，母亲开始教他认字，1年多的时间教了他3千个字。

杨振宁读小学时，数学和语文成绩都很好。

中学还没有毕业，就考入了西南联大，那是在1938年，他才16岁。

1942年，20岁的杨振宁大学毕业，随即进入西南联大的研究院。

2.21942年后2.3任职经历3研究生涯杨振宁读小学时，数学和语文成绩都很好。

中学还没有毕业，就考入了西南联大，那是在1938年，他才16岁。

1942年，20岁的杨振宁大学毕业，旋即进入清华大学的研究院。

两年后，他以优异成绩获得了硕士学位，并考上了公费留美生，于1945年赴美进芝加哥大学，1948年获博士学位。

☆β=1/8,杨振宁
β=1/2,朗道理论
☆实验:1984,陈鸿谓: β=1/8, 肯定了杨振宁的结果 ☆杨振宁建议张承修算长方点阵 ,也得到 β=1/8,张猜测 了universality.(1953) ☆导致对相变的深刻认识 历史上首次

2.气-液相变与单位圆定理,Yang & Lee(1952)
二.深邃与广博
杨振宁写了200多篇文章 研究广而且深 影响也广而且深

Ⅰ.场论和粒子物理
这是杨振宁最重要的工作方向 .就其重要性和观念的美 妙性 , 一些研究杨振宁物理学的专家 ( 李炳安 , 邓越凡 ) 曾选取了十项重要工作:

1. 弱作用的强度和普适性 (1949) 奠定了四种相互作用 的分类,沿用至今。 2.Fermi-Yang模型,是研究强子结构的先驱 (1947),最终 导致1964年的Gell-Mann地工作.Fermi讲“研究者的任 务是提出问题,解决问题是学生的事”.
● 1972年Baxter在研究两维经典统计时也 发现了这个方程的重要性.
● 1980年—90年代,人们确认了这个方程. 在数学和物理中是一个“ 基本的数学结 构”,命名为杨-Baxter方程.
● 1990年8月在日本京都得国际数学大学 上四位菲尔茨奖获得者中 , 有三位的工作 与 杨 -Baxter 方 程 有 关 :Jones,Drinfeld 和 Witten.
● 1967年,杨振宁写了两篇文章来研究一个一维量子 多体问题
H Pi 2 2c ( xi x j )
i i j
他发现 , 这个问题可以完全解决 , 其中一个极重要的 方程式是: A(u)B(u+v)A(v)=B(v)A(u+v)B(u) 其中A,B是两个矩阵, u,v是参数.

杨振宁的简介1922年出生于安徽合肥1929年就读北京清华园内成志小学1933年就读北平崇德中学1938年插班昆明昆华中学高二1938年入西南联大就读1942年西南联大研究所毕业1944年任教于西南联大附中1945年抵美国1948年在泰勒指导下转做理论物理，于是年获芝加哥大学物理博士1949年进普林斯敦大学研究1956年与李政道提出宇称不守恒理论1957年因宇称不守恒理论而获得诺贝尔物理学奖1958年当选中央研究院院士1966年转赴纽约大学石溪分校，创立并主持理论物理研究所1971年返回久别的中国大陆1986年返国参加中研院院士会议1994年荣获美国费城富兰克林学院颁发之波维尔(Bower)奖1996年获清华、交通两所大学颁授荣誉博士学位一、生平简介杨振宁(Chen Ning Yang 1922～)美籍华人，理论物理学家，1922年10月1日生于安徽省合肥县（含合肥市）。

在西南联合大学物理学系，在吴大猷指导下完成学士论文，1942年毕业后即入研究院深造，在王竹溪指导下研究统计物理学。

1945年赴美，入芝加哥大学做研究生，深受E.费米熏陶，在导师E.特勒的指导下完成博士论文，1948年获博士学位1948～1949年任芝加哥大学教员，1949～1955年在普林斯顿高级研究院工作，1955～1966年任该所教授，1966年任纽约州立大学石溪分校的爱因斯坦物理学讲座教授，并任新创办的该校理论物理研究所所长，美国总统授予他1985年的国家科学技术奖章。

1984年12月27日，北京大学授予杨振宁名誉教授证书。

二、科学成就杨振宁对理论物理学的贡献范围很广，包括基本粒子、统计力学和凝聚态物理学等领域。

对理论结构和唯象分析他都有多方面的贡献。

他的工作有特殊的风格：独立性与创建性强，眼光深远。

在1956年和李政道合作，深入研究了当时令人困惑的θ-τ之谜，并获得1957年诺贝尔物理奖。

杨振宁于1971年夏访问中华人民共和国，是美籍知名学者访问新中国的第一人。

杨振宁：西南联大的璀璨星辰**Yang Zhenning: The Shining Star of the Southwest Associated University**In the annals of Chinese history, the Southwest Associated University (SWAU) stands tall as a beacon of academic excellence during a tumultuous period. Among its illustrious alumni, one name shines brightly: Yang Zhenning.A Nobel Prize laureate in physics, Yang Zhenning's journey from SWAU to the pinnacle of scientific成就 is an inspirational tale of perseverance and dedication.Born in 1922, Yang Zhenning's early life was marked by the upheaval of the times. However, this did not deter him from pursuing his passion for science. His journey began at SWAU, where he studied physics under the guidance of renowned scholars. The university, despite its humble beginnings and constant threat of war, fostered an environment of intellectual freedom and学术创新.It was at SWAU that Yang Zhenning honed his skills and developed a profound understanding of physics. His early research, focused on statistical mechanics and quantumtheory, laid the foundation for his later Nobel Prize-winning work in particle physics.After graduating from SWAU, Yang Zhenning went on to pursue advanced studies at prestigious universities abroad. His research in particle physics, particularly his groundbreaking contributions to the theory of the weak interaction, earned him the Nobel Prize in Physics in 1957. This成就 marked a milestone not only for Chinese science but also for the entire international scientific community. Yet, despite his global fame and achievements, Yang Zhenning never forgot his roots. He maintained a deep connection with SWAU, often returning to visit and inspire the next generation of Chinese scientists. His legacy at the university is a testament to his belief in the power of education and research to transform societies.Yang Zhenning's story is not just about his own personal success. It is also a testament to the resilience and determination of the Chinese people, who, despite the challenges of war and upheaval, never gave up on their pursuit of knowledge and excellence. His life and workserve as a beacon of hope for aspiring scientists and researchers across the globe.Today, as we look back on the remarkable journey of Yang Zhenning, we are reminded of the enduring value of education and research. His legacy at SWAU and beyondserves as a constant reminder of the power of intellectual pursuit in shaping a better future. Yang Zhenning's storyis not just a chapter in the history of Chinese science; it is an inspiration for generations to come.**杨振宁：西南联大的璀璨星辰**杨振宁，这位在物理学界享有盛誉的诺贝尔奖得主，其学术生涯的起点正是中国历史上那段波澜壮阔的西南联大时期。

杨振宁层与李政道合作，获得1957年度诺贝尔物理学奖。 后因分歧，分道扬镳，引来不少非议
。
裂痕始于两篇论文的署名次序。 这两篇论文的总标题是《状态 方程和相变的统计理论》，第一 篇《凝聚理论》署名是杨振宁和 李政道，第二篇《格气和伊辛模 型》，署名是李政道和杨振宁。 二人因排名先后的问题交恶。 1962年因为《纽约客》的一篇文 章，两人正式决裂，可谓物理学 界的遗憾。
1957年，杨振宁与李政道因共同提出宇称不守 恒理论而获得了诺贝尔物理学奖。他们两个人是最 早获得诺贝尔奖的华人。 杨振宁七岁的儿子杨光诺曾说，“我要一人得 诺贝尔奖。”1989年他写给已故中研院长吴大猷的 信，向老师报告两人合作情形。吴大猷复信中说： “整件事是一极不幸的事，我想实情是不能永远掩 盖著的，所以我希望大家都不再在世人前争，而让 实情慢慢的展现出来。” 1977年他和梁恩佐等人在波士顿创办了“全美华人 协会”，促进中美关系。 杨振宁现居于北京清华大学，同时身兼广东东 莞理工学院名誉校长。
Hale Waihona Puke 真容1957年由于与李政道提出的“弱相互作用下宇称 不守恒定律”被实验证明而共同获得诺贝尔物理学奖；
其于1954年提出的规范场理论，则于70年代发展成为统合与了解基 本粒子强、弱、电磁等三种相互作用力的基础；
此外并曾在统计物理、凝聚态物理、量子场论、数学物理等领域作 出多项卓越的重大贡献。
1957年获诺贝尔物理学奖，他 还获得过美国国家科学奖章及 拥有多项荣誉学位，被誉为是 “全才的三个理论物理学家之 一”。同时，也是国内外许多 著名大学的名誉教授。
扬振宁和邓稼先是同乡， 初中同学，西南联大同学， 一起坐船去美国留学。后 来两人有着完全不通的价 值取向，走上了完全不通 的道路！扬振宁留在美国 繁华世界，靠获得诺贝儿 奖，出尽风头，晚年还不 甘寂寞！邓稼先当年毅然 回国，为中华民族的两弹 一星做出了杰出的贡献！ 可惜的是由于当年的科研 试验条件有限，人身防护 条件简陋，邓稼先由于核 辐射过多，身患癌症，英 年早逝。

Yang has worked on various subjects in physics, but has his chief interest in two fields: statistical mechanics and symmetry principles. His B.Sc. thesis: "Group Theory and Molecular Spectra", written under the guidance of Professor Ta-You Wu, his M.Sc. thesis: "Contributions to the Statistical Theory of Order-Disorder Transformations", written under the guidance of Professor J.S. Wang, and his Ph.D. thesis: "On the Angular Distribution in Nuclear Reactions and Coincidence Measurements", written under the guidance of Professor E. Teller, were instrumental in introducing him to these fields.

Got Nobel Prize in Physics in 1957, returned to China many times since 1971, and to help Chinese students in the United States. Now he is playing an important role in the exchange between USA and PRC.

西南联大杨振宁人物介绍英语作文Yang Chen-Ning: A Pillar of Southwest Associated UniversityYang Chen-Ning, a renowned physicist and Nobel laureate, was a luminary figure at Southwest Associated University (SAU), a legendary institution forged during the turbulent times of the Second Sino-Japanese War. As a student and later a faculty member, Yang's journey at SAU was marked by perseverance, passion, and innovation, reflecting the ethos of the university itself.Born in 1922, Yang Chen-Ning entered SAU at a young age, where he was exposed to a rigorous academic environment that fostered both his intellectual growth and his lifelong dedication to science. The university, despite operating under significant challenges during its existence from 1937 to 1946, was a hotbed of intellectual activity, drawing top talents from across China.At SAU, Yang's passion for physics was nurtured by his mentors and peers, many of whom were themselves eminent scholars. He thrived in this environment, developing a profound understanding of the subject that would lay the foundation for his future Nobel Prize-winning work.After graduating from SAU, Yang Chen-Ning went on to pursue his studies at the University of Chicago, where he made groundbreaking contributions to the field of particle physics. His work on the weak interaction and the Nobel Prize-winning discovery of the parity violation in nature are just two examples of his exceptional contributions to science.However, Yang Chen-Ning's legacy is not just about his scientific achievements. His time at SAU instilled in him a sense of purpose and responsibility that guided his career. As a faculty member at SAU, he ensured that the same spirit of excellence and inquiry was passed down to future generations.Today, Yang Chen-Ning's name is synonymous with brilliance and innovation, but it is also closely associated with Southwest Associated University, where his journey began. His story is a testament to the power of education, the resilience of the human spirit, and the transformative impact one individual can have on the world.。

杨振宁，英文名富兰克，1945年出生于安徽省合肥市，著名美籍华裔科学家、诺贝尔物理学奖获得者。

杨振宁读小学时，数学和语文成绩都很好。

中学还没有毕业，就考入了西南联大，那是在1938年，他才16岁。

1942年，20岁的杨振宁大学毕业，随即进入西南联大的研究院。

1942年毕业于昆明的国立联合大学，1944年在该校研究生毕业。

此后他于1945年考取公费留学赴美，就读于芝加哥大学，取得博士学位。

1957年杨振宁与李政道因共同提出宇称不守恒理论而获诺贝尔物理学奖，获得诺贝尔奖的第一个华人，他还获得过美国国家科学奖章和多项荣誉学位。

被誉为是“全才的三个理论物理学家之一”。

同时，也是国内外许多著名大学的名誉教授。

2005年，他与28岁的翁帆结婚，在国内引起一片轰动。

杨振宁现居于北京清华大学，同时身兼广东东莞名誉校长。

Chen Ning Yang, English names Frank, born in 1945 in Hefei city, Anhui Province, the famous Chinese-American scientist, winner of the Nobel Prize in physics.When Yang primary school, math and language achievement is good. Secondary schools have not yet graduated, got into the Southwest, it was in 1938, he was only 16 years old. In 1942, aged 20, Chen Ning Yang graduated from the University, then entered the Southwest Research Institute. Kunming National Union University, 1942, in 1944 the school graduate. In 1945 he studied in publicly funded study abroad to the United States, studied at the University of Chicago, PhD.In 1957, Lee and Chen Ning Yang jointly made parity conservation theory and won the Nobel Physics Prize, the first Chinese Nobel Prize he won United States National Medal of science and a number of honorary degrees. Being praised as a "well-rounded human beings one of the three theoretical physicist". At the same time, is also a Professor Emeritus of many famous universities at home and abroad. In 2005, he married with 28-year old Weng fan, caused a sensation in the country. Chen Ning Yang now lives in Tsinghua University, Beijing, and Guangdong Dongguan, who is also the Honorary President.。