41. TCC - Tionghoa Cultural Center Kisah Fisikawan Asia Terkenal yang chenning TAHUN 1957, untuk pertama kalinyabangsa Cina masuk dalam jajaran peraih nobel fisika. yang chen-ning (atau di http://www.indoexplorer.com/tcc/displayad.asp?Ad_ID=274

42. Powersof10.com Perhaps chen ning yang's most spectacular contribution to human understanding ishis work overthrowing the law of parity, for which he and TD Lee won the nobel http://www.powersof10.com/powers/people/station_168.html

June 29, 2002 thru January 5, 2003 California Academy of Sciences For more information, including video clips from the exhibition. Visit the California Academy of Sciences. Eames Office 2665 Main Street Santa Monica, CA 90405 ph 310-396-5991 fx 310-396-4677 C. N. Yang Text Overview Contained on CD Free Association Books ... Videos CHEN NING YANG Perhaps Chen Ning Yang's most spectacular contribution to human understanding is his work overthrowing the law of parity, for which he and T. D. Lee won the Nobel Prize in 1957. Among his other major contributions are his gauge field work with R. L. Mills, which connects certain fundamental forces of nature in the atom to the requirements of symmetry, and his development of the Yang-Baxter equations. In all of this, the inductive approach has been key. Yang learned this, in part, by watching physicists Enrico Fermi and Edward Teller at work, noting the way they kept experimental results rather than theoretical declarations foremost in mind. As a theoretical physicist, Yang has tried to maintain that standard for himself, a valuable asset in the exploration of these tiny scales. Of all his work, however, the work on parity, because of its intimate analogy to symmetry, may be particularly intriguing. Yang and Lee's work on parity came at a time of crisis in one aspect of the field of particle physics. A meson (a force-carrying particle within the nucleus) was discovered that decayed into 2 other pi-mesons; it was called the theta particle. Another meson, the tau particle, was discovered which decayed into 3 pi-mesons. By 1956, the mystery had a name: the theta-tau puzzle, because the theta and tau particles were otherwise quite similar: similar mass, similar charge and more. In fact, no other particles were known to be so similar and yet be different particles. But they could not be one and the same, because that would mean the one particle decayed asymmetrically. Impossible: parity was always conserved.

43. Chinese Nobelist Yang Speaks Of His Life Upon Release Of Biography, Chinese Nobe o nobel Laureate yang chenning, doing what he believes is right for the modernizationof mainland China is an important mission of his life, even at the cost http://www.taiwanheadlines.gov.tw/20021112/20021112s3.html

Tuesday, November 12, 2002 E-mail us Home Tuesday, November 12, 2002 Chinese Nobelist Yang speaks of his life upon release of biography Published: November 12, 2002 Source: The China Post o Nobel Laureate Yang Chen-ning, doing what he believes is right for the modernization of mainland China is an important mission of his life, even at the cost of strained relations with the people close to him. "My style and my opposing views are all intuitive, all in my blood, and I take pride in them," Yang said. "This is what makes Yang Chen-ning Yang Chen-ning." And this is how a new book, The Beauty of Gauge and Symmetry: Yang Chen-ning's Biography , portrays the world-renowned physicist. The physicist established his position in the science community after publishing a paper in 1954 called "Conservation of Isotopic Spin and Isotopic Gauge Invariance." A 1957 paper, "Question of Parity Conservation in Weak Interactions," which was co-authored with Lee Cheng-tao, won both scholars a Nobel Prize, making them the first Chinese scientists to receive the honor. The biography, written by Chiang Tsai-chien, a physicist himself and a former reporter for

44. Tsinghua News Weekly No.93 June 16,1998 chen ning yang. Prof. yang graduated from Southwest Associated University in 1942,and then went to study in US. He won nobel Prize of physics in 1957. Prof. http://www.tsinghua.edu.cn/docse/qhxw/

Tsinghua News Weekly No.93 June 16,1998 Professor Chen Ning Yang was invited to be an honorary professor of Tsinghua On the afternoon of June 14, Tsinghua held a ceremony for inviting Prof. Chen Ning Yang to be an honorary professor of Tsinghua University. President Wang Dazhong conferred the letter of appointment to Prof. Chen Ning Yang. Prof. Yang graduated from Southwest Associated University in 1942, and then went to study in US. He won Nobel Prize of physics in 1957. Prof. Yang has been awarded many famous prizes and honorary titles. He is a member of US Academy of Sciences and was elected as a member of Chinese Academy of Sciences in 1994. Prof. Yang has spent large efforts to help to establish the Center of Advance Study at Tsinghua. At the ceremony, Prof. Chen Ning Yang gave an emotional speech to show his willingness to assist Tsinghua to develop a top level Science School. More than 200 students and teachers attended the ceremony and listened to his lecture "Bose-Einstein Condensation of Dilute Hard-ball Gas". Tsinghua held a ceremony for the 102nd birthday of Mr. Yang Wuzhi Mr. Yang Wuzhi was a famous mathematician, a great educationist and a founder of Mathematics Department of Tsinghua Univ. Mr. Yang Wuzhi was born in 1896. He went to the United States in 1923 and studied at Stanford Univ. and Univ. of Chicago. He was the first Chinese scholar with a Ph.D in math. He was invited to teach at Tsinghua in 1929 and he trained a large number of famous scientists. President Wang Dazhong highly appreciated Mr. Yang Wuzhi contributions to Tsinghua. President Wang emphasized that mathematics is a very important discipline for a top-quality Science School and a world-class university. 19 members of CAS, many celebrities, the eldest son, prof. C.N. Yang, of Mr. Yang Wuzhi, and other Yang's family members and relatives attended the ceremony.

45. CHEN NING YANG chen ning yang was born on September 22, 1922, in Hofei, Anwhei Dr. yang is a quiet,modest, and affable physicist; he met From nobel Lectures, Physics 19421962 http://www.nstm.gov.tw/nobel/evip/evip_yang.htm

CHEN NING YANG Chen Ning Yang was born on September 22, 1922, in Hofei, Anwhei, China, the first of five children of Ke Chuan Yang and Meng Hwa Loh Yang. He is also known as Frank or Franklin. Yang was brought up in the peaceful and academically inclined atmosphere of the campus of Tsinghua University, just outside of Peiping, China, where his father was a Professor of Mathematics. He received his college education at the National Southwest Associated University in Kunming, China, and completed his B.Sc. degree there in 1942. His M.Sc. degree was received in 1944 from Tsinghua University, which had moved to Kunming during the Sino-Japanese War (1937-1945). He went to the U.S.A. at the end of the war on a Tsinghua University Fellowship, and entered the University of Chicago in January 1946. At Chicago he came under the strong influence of Professor E. Fermi. After receiving his Ph.D. degree in 1948, Yang served for a year at the University of Chicago as an Instructor. He has been associated with the Institute for Advanced Study, Princeton, New Jersey, U.S.A., since 1949, where he became a Professor in 1955.

46. IP ISBN: 1-57146-001-2 In 1992, many of the world's most distinquished scientists gathered to honor Professorand nobel Laureate, chen Y ing yang on the occasion of chen ning yang. http://www.intlpress.com/books/physics/LY.html

C.N. Yang: A Great Physicist of the 20th Century Edited by C.S. Liu and S.-T. Yau 496 pages, hardcover ISBN: 1-57146-001-2 In 1992, many of the world's most distinquished scientists gathered to honor Professor and Nobel Laureate, Chen Y ing Yang on the occasion of his seventieth birthday. This volume documents the scientific contributions that resulted from that conference. Additionally, it has several biographical and historical contributions that discuss the impact C.N. Yang has made on the research and lives of his students, colleagues, and friends. Table of Contents 1. Development of Solvable Models. R. Baxter 2. C.N. Yang's Influence. G.E. Brown 3. Elements of Connes' Geometry. A.H. Chamseddine and J. Frohlich 4. Nonlinear Dynamics in Accelerator Physics. A. Chao 5. Yang's Pyramid. L.-L. Chau 6. How to Quantize Yang-Mills Theory. H. Cheng 7. Conformal Gaussian Curvature on R K.S. Cheng 8. Yang-Mills Equations. S.-S. Chern 9. Professor C.N. Yang. T.T. Chou 10. Approaches to Discovery of Superconductors. B.S. Deaver, Jr.

47. Naca6.html Professor chen ning yang is wellknown to all NACA members To many of the ChineseAmericans, Professor yang is known Chinese Americans to win the nobel prize in http://www.cis.umassd.edu/~gleung/nacaf/naca6.html

Chinn Ho and Chen Ning Yang are recipients of the NACA Distinguished Achievement Award (The following article is taken from NACA Newsletter No. 4, March 7, 1983) On October 23, 1982, NACA bestowed its highest honor, the NACA Distinguished Achievement Award, to two of the most respected Chinese Americans of our time, Mr. Chinn Ho, Chairman of the Capital Investment of Hawaii, and Professor Chen Ning Yang of the State University of New York at Stony Brook and the past president of NACA. Mr. Chinn Ho who came from Hawaii to receive the award is a great benefector to many of the Chinese-American programs. During the NACA National Convention which preceded the award ceremongy, Mr. Ho addressed the participants and gave them a rare treat by telling them his life story from the pre-WWII days to the present. He rose to great heights in the financial world and his comany became one of the largest real-estate developers in Hawaii mainly through his own effort and diligence. It is a piece of history we can take to heart. It was indeed an honor for NACA to have Mr. Ho to participate in this convention and be the recipient of the award. Professor Chen Ning Yang is well-known to all NACA members. Many of us joined NACA in response to the call of Professor Yang, and worked towards the NACA goals under his leadership. To many of the Chinese Americans, Professor Yang is known because he and Professor T. D. Lee were the first Chinese Americans to win the Nobel prize in physics in 1957. This achievement had a great impact on the Chinese-American community. Because of it, many were greatly motivated to strife for high goals in life.

48. Nobel Prize Winner Yang's Birthday Celebrated In Beijing(19-06-2002) 062002). Tsinghua University held a ceremony Monday to celebrateNobel Prize winner chen ning yang's 80th birthday. yang, born on http://www.china-embassy.ch/eng/31334.html

Nobel Prize Winner Yang's Birthday Celebrated in Beijing(19-06-2002) Tsinghua University held a ceremony Monday to celebrate Nobel Prize winner Chen Ning Yang's 80th birthday. Yang, born on September 22, 1922, in east China's Anhui Province, shared the 1957 Nobel Prize for Physics with Trung Dao Lee for their groundbreaking theory on particles. Tsinghua University awarded Yang an honorary professorship in 1998. Yang said he hoped to see that both China and the world have made great progress in science and technology when he is 90. When asked what his major contributions were, Yang replied that he had helped the Chinese overcome their sense of inferiority. Many famous scientists from at home and abroad, who were attending a seminar held in Tsinghua, took part in the birthday celebration. HTTP://WWW.CHINA-EMBASSY.CH

49. Biografias De Personalidades De La Historia En El Asere.com Translate this page yang chen ning (1922- ), físico teórico y premio nobel estadounidense nacido enChina, conocido por sus estudios sobre la naturaleza y el comportamiento de http://www.elasere.com/Interes/Biografias.asp?ID=1867&VarError1=Y

50. Nobel Prize Winner Yang's Birthday Celebrated In Beijing(19-06-2002) 062002). Tsinghua University held a ceremony Monday to celebrateNobel Prize winner chen ning yang's 80th birthday. yang, born http://www.chinaembassy.org.il/eng/31334.html

Tsinghua University held a ceremony Monday to celebrate Nobel Prize winner Chen Ning Yang's 80th birthday. Yang, born on September 22, 1922, in east China's Anhui Province, shared the 1957 Nobel Prize for Physics with Trung Dao Lee for their groundbreaking theory on particles. Tsinghua University awarded Yang an honorary professorship in 1998. Yang said he hoped to see that both China and the world have made great progress in science and technology when he is 90. When asked what his major contributions were, Yang replied that he had helped the Chinese overcome their sense of inferiority. Many famous scientists from at home and abroad, who were attending a seminar held in Tsinghua, took part in the birthday celebration. EMBASSY OF THE PEOPLE'S REPUBLIC OF CHINA IN THE STATE OF ISRAEL All Right Reserved www.chinaembassy.org.il

51. Yang, Chen Ning De Cours nobel, Physique 1942-1962 http://www.cartage.org.lb/fr/themes/Biographies/mainbiographie/y/yang/yang.htm

52. Untitled yang, chen ning,. byname FRANK yang (b. Sept. This and other studies in particlephysics earned yang and Lee the nobel Prize for Physics for 1957. Life. http://www.phy.bg.ac.yu/web_projects/giants/yang.html

53. Tsinghua University Alumni Global Portal Site Dr. chen ning yang shared the nobel Prize for Physics with Tsung DaoLee in 1957. yang and Tsung Dao Lee made a fundamental theoretical http://www.tsinghua.com/events/tefna_2001_11_17_02.htm

TsingHua University Alumni Site Tsinghua Education Foundation North America 2001 Conference ( 11/17/01 at Pasadena Hilton Hotel ) Presentations by: 1. Dr. Kai-Fu Lee: Can China Build The Next Silicon Valley? Dr. Kai-Fu Lee joined Microsoft in 1998 as managing director of Microsoft Research - China, and was recently promoted to vice president of the User Interface Technologies Division. Lee is widely known for his pioneering work in the areas of speech recognition, artificial intelligence, 3-D graphics and Internet multimedia. Before coming to Microsoft Research, Dr. Lee was president of Cosmo Software, the Silicon Graphics Inc. multimedia software business unit, where he was responsible for overseeing the business unit focused on multi-platform Internet 3-D and multimedia software. Before that, he was vice president and general manager of Silicon Graphics' Web products division, responsible for several product lines and the company's corporate Web strategy. Before joining Silicon Graphics, Lee spent six years at Apple, most recently as vice president of the company's interactive media group, which developed the QuickTime, QuickDraw 3D, QuickTime VR and PlainTalk speech technologies. 2. Dr. Charles Sie: The Future of Software Development in China.

54. The Star Archive - Chen Ning Yang Listing last updated on April 15th, 2002, AD chen ning yang. (nobel physics 1957).c/o State University Of NY. Physics Dept. Stony Brook, NY. 117940001 USA. http://www.stararchive.com/starc2000/sl/31156.html

More Autographs Links Add Information Link to this Page Print Listing last updated on April 15th, 2002 AD: Chen Ning Yang nobel physics 1957 c/o State University Of NY. Physics Dept. Stony Brook, NY. 11794-0001 USA Link to this page! This listing has been last updated on April 15th, 2002

55. TCSUH Tenth Anniversary Symposium & Community Lecture 840 chenning yang. Bose Einstein Condensation . Director, Institute for TheoreticalPhysics, State University of New York at Stony Brook; 1957 nobel laureate http://www.uh.edu/tcsuh/frontiers/

Live webcast courtesy of Wordlink at http://netshow.wl.net/live/tcsuh Event Location Time Frontiers of Condensed Matter Physics" Conrad N. Hilton Ballroom (Room S.202) 8:30 a.m. 12 noon Texas Barbecue - RSVP required UH Lynn Eusan Park rain location: UH Moody Towers Pavilion 1:45 p.m. Creativity in Science: A Public Dialogue Conrad N. Hilton Ballroom (Room S.202) 2:00 p.m. 4:30 p.m. Reception for Guests Ballroom lobby, UH Hilton and Conference Center RSVP by Tuesday, April 21, 1998 "Frontiers of Condensed Matter Physics" The aim of today's scientific research and development is greater miniaturization and efficiency in tomorrow's devices. This symposium provides an unique opportunity to hear world-renowned scientists share their personal insights on the major discoveries that will have a direct impact on achieving this goal. This symposium is of a technical but general nature and is intended for a university-level audience. Chen-Ning Yang "Bose Einstein Condensation" Director, Institute for Theoretical Physics, State University of New York at Stony Brook; 1957 Nobel laureate in Physics for penetrating investigation of parity laws governing elementary particles Carl E. Wieman

56. News Release chenning yang, Albert Einstein Professor of Physics and Director, Institute forTheoretical Physics, State University of New York at Stony Brook (1957 nobel http://www.uh.edu/admin/media/nr/archives98/0598/tcsuh.html

Contact: Rodney Perkins Texas Center for Superconductivity Phone: 713-743-8214 E-mail: rperkins@uh.edu Sheldon Smart UH Media Relations Smart@uh.edu TEXAS CENTER FOR SUPERCONDUCTIVITY HOSTS DISTINGUISHED SCIENTISTS FOR 10TH ANNIVERSARY CELEBRATION In celebration of its 10th anniversary, the Texas Center for Superconductivity at the University of Houston (TCSUH) is hosting two special events on April 30th: the "Frontiers of Condensed Matter Physics" symposium and the "Creativity in Science: A Public Dialogue" community lecture. Beginning at 8:30 a.m. in the UH Hilton Grand Ballroom (Room S.202), "Frontiers of Condensed Matter Physics" will feature a panel of distinguished scientists, including four Nobel laureates. This section will be moderated by Tord Claeson, Professor of Physics at Chalmers University in Gothenberg Sweden. This symposium, which is aimed at both a university-level audience and advanced high school science students, will provide insight into the science behind the technologies of the future. "Our technology is aiming for greater miniaturization and efficiency. The major discoveries that have a direct impact on the miniaturization and efficiency of tomorrow's devices will be discussed in this symposium," says TCSUH Director Paul C. W. Chu. "The Frontiers of Condensed Matter Physics symposium is an unusual and unique opportunity to hear these discoverers share their personal perspectives," he added. A barbecue lunch will be held from noon to1:30 p.m. (RSVP required (713)-743-8210).

57. AILF Salutes Chinese Americans Lee (nobel Laureate); Yuan Tshe Lee (nobel Laureate); Samuel CC Ting(nobel Laureate); chen ning yang (nobel Laureate); Dr. Wang An http://www.ailf.org/heritage/chinese.htm

58. NOBEL LAUREATE TO DISCUSS SYMMETRY AND NATURE chen ning yang, who won the nobel Prize for physics in 1957, will present a generalinterest lecture, Symmetry and Physics, at 4 pm Friday in Room 202 of the http://www.tamu.edu/univrel/aggiedaily/news/stories/archive/092396-3.html

NOBEL LAUREATE TO DISCUSS SYMMETRY AND NATURE COLLEGE STATION Chen Ning Yang, who won the Nobel Prize for physics in 1957, will present a general interest lecture, "Symmetry and Physics," at 4 p.m. Friday in Room 202 of the Engineering/Physics Building. This will be preceded at 11 a.m. by a research seminar on "Bose Einstein Condensation" in Room 301 of the same building. Yang received the Nobel Prize largely for his theoretical assertion (later confirmed by experiment) that nature does not treat right and left equally. This lack of symmetry is the basis of modern theories of matter and explains the properties of elementary particles, such as neutrinos. CONTACT: Gene Charleton at (409) 845-4644 or by e-mail at e-charleton@tamu.edu AggieDaily Office of University Relations

59. APS Prizes And Awards - 1999 Lars Onsager Prize Recipient 1999 Lars Onsager Prize to chen ning yang State University of New York Dr. yang isa member of the US National He received the nobel Prize in 1957, the Rumford http://www.aps.org/praw/onsager/99winner.html

Questions? Comments? Menu Courtesy of milonic.co.uk/menu 1999 Lars Onsager Prize to Chen Ning Yang State University of New York at Stony Brook Citation: "For fundamental contributions to statistical mechanics and the theory of quantum fluids, including: the circle theorem, off-diagonal long-range order and flux quantization, Bose-Einstein condensation, and one- and two-dimensional statistical mechanical models." Background: Dr. Yang is a native of China and became a U.S. citizen in 1964. He received his Ph.D. in 1948 from the University of Chicago . In 1949 he joined the Institute for Advanced Study in Princeton where he was a Professor from 1955 to 1966. In 1966 he joined the State University of of New York at Stony Brook where he is Albert Einstein Professor of Physics. He is also Director of the Institute of Theoretical Physics at SUNY- Stony Brook. Dr. Yang is a member of the US National Academy of Science , the Academia Sinica, Taiwan

60. Physics Yang, Chen Ning Yang, Chen Ning (September 22, 1922 - ; chen ning yang is a Chineseborn American theoretical physicist who was a corecipientof the nobel Prize for Physics in 1957 along with Tsung-Dao Lee for their http://www.upei.ca/~xliu/multi-culture/yang.htm

Physics Yang, Chen Ning Yang, Chen Ning (September 22, 1922 - ; China) Chen Ning Yang is a Chinese-born American theoretical physicist who was a corecipient of the Nobel Prize for Physics in 1957 along with Tsung-Dao Lee for their work in the law of parity conservation. Born in Hofei, Anhwei, China, Yang graduated from the Southwest Associated University then proceeded to obtain a B.Sc. which he did in 1942 and then his master's in 1944. In 1946, Yang was able to attend the University of Chicago and receive his Ph.D. in nuclear physics due to a fellowship. After completing his Ph.D under Edward Teller, Yang became an assistant to Enrico Fermi who wielded great influence in Yang's scientific development. It was while in Chicago that Yang began to work with Lee on the law of parity conservation. By 1953, it had come to the attention of both men that parity conservation had some flaws when a new meson (the K-meson) possessed decay modes of differing parity. As a result, Yang and Lee began to investigate further. Through research it was brought to light that no experimental evidence existed against parity nonconversation in work interactions. Experiments conducted by Yang and Lee proved the existence of parity violations as well as the fact that the symmetry that existed between the particle and the antiparticle otherwise known as the charge conjugation symmetry could in fact be broken by weak decays. In addition to his work on parity conservation and weak interactions, Yang's other interests included statistical mechanics which he worked on with a number of researchers including Lee and also research in the nature of elementary particle reactions at high energies. In 1954, Yang also worked on the gauge theory with Robert L. Mills.

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