3 Yuan T. Lee

Yuan T. Lee

Yuan Tseh Lee ( _zh. 李遠哲 ; pinyin: Yuǎnzhé, Wade-Giles: Li³ Yüan³-che²; pe̍h-ōe-jī: Lí Oán-tiat) (born November 19, 1936) is a chemist. He was the first Taiwanese-born Nobel Prize laureate, who, along with the Hungarian-Canadian John C. Polanyi and American Dudley R. Herschbach won the Nobel Prize in Chemistry in 1986 "for their contributions to the dynamics of chemical elementary processes."

Lee's particular Physical chemistry work was related to the use of advanced chemical kinetics techniques to investigate and manipulate the behavior of chemical reactions for relative large molecules using crossed molecular beams. From January 15, 1994 to October 19, 2006, Lee served as the President of the Academia Sinica of the Republic of China (ROC).

Early days

Of Fujianese ancestry (specifically, Rongqiao Village (榕橋村), Nan'an County (南安縣), Quanzhou City),Fact|date=September 2007 Lee was born in Hsinchu City in northern Taiwan to Lee Tze-fan (李澤藩 Lǐ Zéfán), an accomplished Hsinchu-born artist, and Ts'ai P'ei (蔡配 Cài Péi), an elementary school teacher from Wuchi Township (梧棲鎮), Taichung County. Lee played on the baseball and ping-pong teams of Hsinchu Elementary School (新竹國小), and later studied at the Hsinchu Senior High School (新竹高中), where he played tennis and trombone. Due to his achievements in high school, he entered National Taiwan University without taking the entrance examination and earned a B.Sc. in 1959. He earned a M.S. at National Tsing Hua University in 1961 and Ph.D. at the University of California, Berkeley in 1965.

Contributions to Chemistry

In February 1967, he started working with Dudley Herschbach at Harvard University on reactions between hydrogen atoms and diatomic alkali molecules and the construction of a universal crossed molecular beams apparatus. In 1974, he returned to Berkeley as professor of chemistry and principal investigator at the Lawrence Berkeley National Laboratory, becoming a U.S. citizen the same year. At Berkeley, Lee retains the title of Professor of the Graduate School Emeritus. He is also University Professor Emeritus of the University of California system.

Road to Nobel prize

One of the major goals of chemistry is the study of material transformations where chemical kinetics plays an important role. Scientists during the 19th century stated macroscopic chemical processes consist of many elementary chemical reactions that are themselves simply a series of encounters between atomic or molecular species. In order to understand the time dependence of chemical reactions, chemical kineticists have traditionally focused on sorting out all of the elementary chemical reactions involved in a macroscopic chemical process and determiningtheir respective rates.

Swedish chemist Svante Arrhenius studied this phenomenon during the late 1880s, and stated the relations between reactive molecular encounters and rates of reactions (formulated in terms of activation energies).

Other scientists at the time also stated a chemical reaction is fundamentallya mechanical event, involving the rearrangement of atoms and moleculesduring a collision. Although these initial theoretical studies were only qualitative,they heralded a new era in the field of chemical kinetics; allowing the prediction of the dynamical course of a chemical reaction.

In the 1950s, 1960s and 1970s, with the development of many sophisticated experimental techniques, it became possible to study the dynamics of elementary chemical reactions in the laboratory. Such as, the analysis of the threshold operating conditions of a chemical laser or the spectra obtained using various linear or non-linear laser spectroscopic techniques.

Professor's Lee's research focused on the possibility to control the energies of the reagents, and to understand the dependence of chemical reactivity on molecular orientation, among other studies related to the nature of reaction intermediates, decay dynamics, and identifying complex reaction mechanisms. To do so, Professor Lee used a breakthrough laboratory technique at the time, called the "crossed molecular beams technique", where the information derived from the measurements of angular and velocity distributions allowed him and his team to understand the dynamics of elementary chemical reactions.

Political role

Yuan T. Lee played an important role during the 2000 ROC Presidential election. On the last week of the election he announced his support for the candidacy of Chen Shui-bian who subsequently won a narrow victory over Lien Chan. Chen intended to nominate Lee to become Premier, but Lee declined after deliberating for a few days. Lee has been the President of the Academia Sinica since 1994 and renounced his U.S. citizenship to take the post.

Recent works

During his tenure, Lee has worked tirelessly to create new research institutes, advance scientific research within Taiwan, and to recruit and cultivate top scholars for the Academic Sinica.

However, Lee remains unpopular among many students and parents who have criticized him for his involvement in educational reforms that many feel to have put unnecessary burden and administrative complications on the students and reduced competitiveness of tertiary education. His critics have often said that Lee should stick to the sciences and stop using his Nobel pedigree to influence educational and political policies, areas with which he is not familiar.

At the request of President Chen, Lee was Chinese Taipei's representative in the 2002 APEC leaders' summit in Mexico. (Presidents of the Republic of China have been barred from joining the APEC summits because of objections from the People's Republic of China.) Lee represented President Chen again in the 2003 and 2004 APEC summits in Thailand and Chile, respectively.

In January 2004, he and industrial tycoon Wang Yung-ching and theatre director Lin Hwai-min issued a joint statement asking both Chen Shui-bian and Lien Chan to "drop hatred and extreme behavior and resort to honesty." This, and other critical statements of the President, led to speculation that he would not back Chen again in the 2004 elections until he issued a statement of support for the DPP on March 17, 3 days before polls opened.

Personal life and awards

With his wife Bernice Wu Chin-li (吳錦麗 Wú Jǐnlì), whom Lee has known since elementary school, he has 3 children: Ted (news broadcasting personnel), Sidney (doctor), and Charlotte (sociologist).

Lee was one of the four Nobelists who established the Wu Chien-Shiung Foundation. In addition to the Nobel Prize, his awards and distinctions include Sloan Fellow (1969); Fellow of American Academy of Arts and Sciences (1975); Fellow Am. Phys. Soc. (1976); Guggenheim Fellow (1977); Member National Academy of Sciences (1979); Member International Academy of Science, Member Academia Sinica (1980); E.O. Lawrence Award (1981); Miller Professor, Berkeley (1981); Fairchild Distinguished Scholar (1983); Harrison Howe Award (1983); Peter Debye Award (1986); National Medal of Science (1986).

External links

* [http://www.nobel.se/chemistry/laureates/1986/lee-bio.html Nobel bio]
* [http://www.cnn.com/2000/ASIANOW/east/03/14/taiwan.election.01/ CNN:Taiwanese Nobel laureate offers to be peace envoy to China]
* [http://www.sinica.edu.tw/as/asbrief.html#lee Academia Sinica profile]
* [http://chem.berkeley.edu/people/emeriti/lee.html Lee page at Berkeley]

Wikimedia Foundation. 2010.

Look at other dictionaries:

  • Yuan T. Lee — Yuan Tseh Lee Yuan Tseh Lee (né le 19 novembre 1936 à Hsinchu) est un chimiste taïwanais lauréat du prix Nobel de chimie en 1986 pour ses contributions à la dynamique des processus chimiques élémentaires. Les travaux de Lee en chimie physique… …   Wikipédia en Français

  • Yuan Tseh Lee — au LBNL (photo prise le 21 octobre 1986). Yuan Tseh Lee (19 novembre 1936 à Hsinchu, Taïwan) est un chimiste taïwanais. Il obtint le prix Nobel de chimie de 1986 conjointement avec Dudley Robert Herschbach et John C. Polanyi pour « l …   Wikipédia en Français

  • Yuan T. Lee — (* 19. November 1936 in Hsinchu, Taiwan) ist ein taiwanischer Chemiker. Im Jahr 1986 wurde er gemeinsam mit Dudley R. Herschbach und John C. Polanyi „für ihre Beiträge zur Dynamik von elementaren chemischen Prozessen“ mit dem Nobelpreis für… …   Deutsch Wikipedia

  • Yuan T. Lee — Yuan Tseh Lee 李遠哲 Lee in lab, taken October 21, 1986 Nacimiento 19 de noviembre de 1936 (74 años) Hsinchu City, Taiwan …   Wikipedia Español

  • Yuan Tseh Lee — ► (n. 1938) Científico estadounidense. Fue premio Nobel de Química en 1986 por su investigación sobre los fenómenos que se producen en millonésimas de segundo en las moléculas de productos químicos cuando estos entran en acción …   Enciclopedia Universal

  • Chemienobelpreis 1986: Dudley Robert Herschbach — Yuan Tseh Lee — John Charles Polanyi —   Die drei amerikanischen Wissenschaftler erhielten den Nobelpreis für ihre Arbeiten zur Dynamik chemischer Elementarprozesse.    Biografien   Dudley Robert Herschbach, * San José (Kalifornien) 18. 6. 1932; 1958 Promotion an der …   Universal-Lexikon

  • Yuan Lee — Yuan Tseh Lee Yuan Tseh Lee (né le 19 novembre 1936 à Hsinchu) est un chimiste taïwanais lauréat du prix Nobel de chimie en 1986 pour ses contributions à la dynamique des processus chimiques élémentaires. Les travaux de Lee en chimie physique… …   Wikipédia en Français

  • Lee (Name) — Lee ist ein häufiger in englischsprachigen Ländern sowie in Südkorea und anderen asiatischen Staaten verbreiteter Familienname, seltener auch ein Vorname. Herkunft und Bedeutung Bei dem Namen Lee handelt es sich um eine historisch bedingte… …   Deutsch Wikipedia

  • Lee Tze-Fan — (Chinese:李澤藩, 5 June 1907 Hsinchu, Taiwan 10 July 1989) was a Taiwanese painter and art teacher. He was studying at Taipei Normal School (台北師範學校) when he was 14 years old. His painting career began in 1924 when he was introduced to art by his… …   Wikipedia

  • Lee Choon Seng — Infobox Person name = Lee Choon Seng 李俊承 image size = 125px caption = Portrait circa 1936 dead = yes birth date = 1888 birth place = Yong Choon, Fujian, China. death date = death date and age|1966|6|5|1888|0|0|mf=y death place = Singapore.… …   Wikipedia

Share the article and excerpts

Direct link
Do a right-click on the link above
and select “Copy Link”

We are using cookies for the best presentation of our site. Continuing to use this site, you agree with this.