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| The
2003 Zhu Kezhen Lectures |
|
 The
Zhu Kezhen Annual Distinguished Lectureship was established
in 1997 to bring to Zhejiang University a world leader of
a scientific and technological field in which Zhejiang University
already has strength to facilitate collaborations. The lecture
events are to extend over several days during which the
lecturer disseminates the latest advances, discusses the
future trends as to where the field is going, and addresses
the University community at large. The lectureship is named
after Dr. Zhu Kezhen. Thus, the occasion is also an opportunity
to remember and honor Dr. Zhu.
Dates: 2003 November and December
Location: Hangzhou, Zhejiang
Univerisity, PRC
Research Field: Semiconductor Science
2003 Zhu Kezhen Lecturers:
◇ Professor Chenming Hu, University of California,
Berkeley
◇ Professor Eicke R. Weber, University of
California at Berkeley
◇Dr. Zhenan Bao, Distinguished Member of Technical
Staff, Bell Labs, Lucent Technologies
★ Schedule ★
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Topic
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Time
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Chengming Hu
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The Brave Future of Nanoscale
Semiconductor Technology |
9：00,2003/10/31 |
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Eicke R. Weber
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Understanding Defects
in Semiconducts:A Key to Advancing Device Technology |
10:30,2003/12/19 |
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Zhenan Bao
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Organic materials
for plastic electronics |
9:00,2003/12/19 |
Organizer: The
State Key Lab of Silicon Materials, Zhejiang University,
PRC.
（Tel:
(086)0571-87951667 Fax: (086)0571-87952322）
Host Porfessor:
Deren Yang (email:
mseyang@dial.zju.edu.cn)
Sponsor:
The AMERICAN ZHU KEZHEN EDUCATION FOUNDATION
Assisted Organizer: Zhejiang University
International Programs Office
(Yiwen
Yang, email: ipo@sun.zju.edu.cn)
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| Biosketches
of 2003 Zhu Kezhen Lecturers |
|
Chancellor's Professor
Department of Electrical Engineering and Computer Sciences
University of California at Berkeley
hu@eecs.berkeley.edu
Dr. Chenming Calvin Hu was born
in Beijing, China in 1947 and is a naturalized citizen of
USA. He received his B.S. degree from Taiwan University
and M.S. and Ph.D. degrees from the University
of California, Berkeley, all in electrical engineering.
He is the Chief Technology Officer
of TSMC, Hsinchu, Taiwan. He is on leave from UC Berkeley,
where he is TSMC Distinguished Professor of Electrical
Engineering and Computer Sciences. He was an assistant
professor at MIT before joining UC Berkeley. He was
the board chairman of the East San Francisco Bay Chinese
School and is a frequent advisor to industry and educational
institutions. He is a cofounder and cochairman of
Celestry Design Technologies, Inc.
His
research area includes microelectronic devices and technologies.
He has authored or co-authored five books and over 700 research
papers and supervised 60 doctoral students. He and
Dr. Ping Ko and their students have codeveloped the MOSFET
model, BSIM, for CMOS circuit simulation. BSIM has
been chosen as the first industry standard for IC simulation
by the Electronics Industry Alliance and is used at over
1000 companies for product design. In 1997, Dr. Hu
received the IEEE Jack A. Morton Award for contributions
to the understanding of MOSFET reliability physics.
In 1999, he received the DARPA Most Significant Technological
Accomplishment Award for co-developing FinFET, a promising
MOSFET structure for scaling to 10nm gate length.
Dr.Hu is a member of the US National
Academy of Engineering, a fellow of the IEEE,
a fellow of the Institute of Physics, an Honorary
Professor of the Chinese Academy of Science, Beijing, and
of Chiao Tung University, Taiwan. He has received UC
Berkeley's highest honor for teaching -- the Distinguished
Teaching Award.
He enjoys traveling and painting with his wife, Margaret,
and their sons, Raymond and Jason.
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Eicke
R. Weber
Professor of Materials Science
Department of Materials Science and Engineering
University of California at Berkeley
weber@socrates.berkeley.edu
Professor of Materials
Science -Dept. of Materials Science and Engineering, University
of California at BerkeleyMemebr of faculty advisory board
-Integrated Materials Laboratory at UC Berkeley Director -UC
Berkeley Partner Center of the Silicon Wafer Engineering and
Defect Science (Si-WEDS) ConsortiumPresident -Alexander von
Humboldt Association of America (AvHAA), http://www.lycoming.edu/humboldt/info.htm
and http://www.avh.de/Principal
Investigator -Center for Advanced Materials, Materials Sciences
Division, Lawrence Berkeley National Laboratory
EDUCATION
· B.S. University of Cologne, West-Germany 1970
· M.S. University of Cologne, West-Germany 1973
· Ph.D. University of Cologne, West-Germany 1976
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Zhenan
Bao
Distinguished Member of Technical Staff
Bell Labs, Lucent
Technologies
zbao@lucent.com
Dr. Zhenan Bao is
a Distinguished Member of Technical Staff in Bell Laboratories
of Lucent Technologies (Murray Hill, New Jersey). She attended
undergraduate study at Nanjing University (1987-1990), China
and the University of Illinois at Chicago (1990-1991). She
received her Ph.D. degree in chemistry from the University
of Chicago in 1995, where she investigated palladium-catalyzed
reactions for the synthesis of functional conjugated polymers
and their applications as electro-optical materials. She then
joined Bell Laboratories as a member of technical staff. She
has been a Distinguished Member of Technical Staff since 2001.
Her current research interests include rational design and
synthesis of organic and polymeric semiconductors, nonlithographical
patterning, and self-assembled molecular structures and micro-objects.
Dr. Zhenan Bao has authored more than 80 refereed publications,
given more than 80 invited talks and lectures, and held ten
issued US patents (20 pending). She served as symposium organizers
for the American Chemical Society meeting (Spring 2000), the
Material Research Society conferences (Fall 1999, Spring 2000,
Fall 2001) and the European Material Research Society conference
(1999, 2000). She was the program chair for the Material Research
Society conference (spring 2002). She currently serves as
a member of board of directors for the Materials Research
Society and an Executive Committee Member for the Polymer
Materials Science and Engineering division of the American
Chemical Society. She is on the international advisory board
for the journal of Advance Functional Materials and Materials
Today. Dr. Zhenan Bao has been Guest Editors for MRS Bulletin,
Synthetic Metals, and MRS symposium proceedings. Dr. Zhenan
Bao is a recipient of the American Chemical Society Team Innovation
Award 2001, R&D 100 Award, and R&D Magazine’s Editors
Choice of the “Best of the Best” new technology for 2001.
She has also been selected in 2002 by the American Chemical
Society Women Chemists Committee as one of the twelve “Outstanding
Young Woman Scientist who is expected to make a substantial
impact in chemistry during this century”.
Zhenan Bao was responsible for the
discovery of a variety of new high performance organic semiconductors
as the essential components for plastic transistors. These
new transistors could be utilized in a flexible computer display
consisting of a thin sheet of plastic, disposable sensors,
and flexible electronic tags.
Zhenan Bao designed and synthesized
the first air-stable high performance n-channel organic semiconductor,
which allowed her team to demonstrate the largest scale integration
of organic plastic transistors (Nature 2000, vol 403, page
521). She was also responsible in synthesizing the best performing
printable polymer semiconductor, which allowed her to fabricate
the first all-printed plastic circuits (Science 1997 October
17, vol 278, page 383-384). In year 2001, her discovery of
a class of high performance spin-on dielectric material as
well as the compatible organic semiconductors played key roles
in the demonstration of world’s first electronic paper (R&D
100 award 2001). In 2002, she reported the chemical design
and synthesis of a new generation of organic semiconductors,
which showed improved long-term stability with performance
comparable to amorphous silicon. These new materials may have
great potential in realizing commercial products with organic
semiconductors. |
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