Prof. Dr. Thanh N. Truong

Prof. Dr. Thanh N. Truong
Department of Chemistry University of Utah
Quốc gia: Vietnamese American
Tiểu sử:

During his 5 years under the communist rule, the boy named Truong Nguyen Thanh was acigarette peddler at the Go Vap bus station, buffalo boy, grass cutter, ploughman ... at Lai Thieu, Binh Duong, to help his mother raise a family of 9 children and a hemiplegic father.

In 1980, together with his younger brother, Truong Hanh Phi, 14, and a cousin, 13, they fled Viet Nam by boat. In their five days on the tossing waves, they lost their cousin in a storm and were rescued by a U.S. Long Beach battle ship. Thanh and his brother were later sponsored by a Minnesota farmer, came to live with his family and attended high school there.

As Thanh could not read and write English, his year in high school was a terrible ordeal. However his efforts helped him complete his secondary education. He then attended the North Dakota State University and earned his B.S. with honor in Chemistry in 1985, with minors in Math, Computer, Physics and Statistics. He was accepted to pursue his post-graduate studies at many famous schools such as California Institute of Technology, the University of California at Berkeley, ... but he chose the University of Minnesota to study under the guidance of Professor Donald Truhlar, a worldwide renowned scientist, and received his Ph. D. in Theoritical Chemistry in 1990.

Dr. Thanh was selected by the National Science Foundation as one of the brightest young Ph. D.'s to receive a prestigious post-doctoral fellowship. He spent two years doing post doctoral research at the University of Houston under the guidance of Professor Audrew McCammon, a worldwide reputed biophysicist.

In 1992, he was appointed as an Assistant Professor of Chemistry at University of Utah.

In 1993, Dr. Thanh was selected as one of the U.S. most promising young scientists. Deseret News (Salt Lake City), Sunday, December 19, 1993, revealed that Thanh and two other researchers from University of Utah have been chosen over 169 young scientists to receive a substantial sum of money from the National Science Foundation to continue their reasearch programs. Thanh will get a maximum of 100,000 dollars each year, in five years, to achieve his research on chemical reactions affecting living creatures.

Dr. Thanh is also one of the founders of the Vietnamese Association in Utah and teaches English to young Vietnamese newly settled in Utah, according to The Salt Lake Tribune News, Wednesday, June 9, 1993 issue. This newspaper also revealed Dr. Thanh's contribution to the Vietnamese community, viewed him as a good example for Vietnamese new comers. He is presently Vice-chairman of the Asian Association in Utah. He always wishes that Vietnamese youths don't have to experience the hardships he has borne on his way to success.

Ring strain in cyclo-alkanes

Analyze the ring strain in cyclo-alkanes using the isodesmic and homodesmotic reaction energetics.

Sigma and pi bonds

Examining the concept of sigma bond and pi bond using a molecular orbital theory with H3C-CH3 and H2C=CH2.

Site selectivity in electrophilic aromatic substitution

Understanding ortho-para and meta-directive electrophilic aromatic substitution in substituted benzene.

Solvent effects in the SN2 Cl- + CH3Cl reaction

Using a continuum solvation model to study the solvent effects in the SN2 Cl- + CH3Cl reaction.

Solvent effects on tautomeric equilibria

Understanding how solvent can shift the equilibrium to favor one tautomer over the other using 2-hydroxypyridine and 2-pyridone as an example.

Understanding structures of triatomic molecules from Walsh diagram

Using Walsh correlation diagram of orbital energies as functions of the molecular angle to predict if it is bend or linear.

VSEPR and MO theories on the structure of SF4

Using the Valence Shell Electron Pair Repulsion (VSEPR) model to predict the structure of SF4 then confirming or validating the model by using molecular orbital theory.

VSEPR model and molecular shapes

Using the VSEPR model and molecular orbital theory to understand molecular shapes

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