The
Second International Symposium on
Nanoarchitectonics Using Suprainteractions
(NASI 2)
March
26-28, 2002
UCLA-Tom Bradley International Hall
Los Angeles, California, USA
Sponsored by
National Institute for
Materials Science (NIMS), Japan
Revised on January 15, 2002
Total access
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[Application/Registration]
[Correspondence]
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Scope
The aim of the Second International Symposium on Nanoarchitectonics
Using Suprainteractions (NASI 2) is to establish a general and systematic
concept on fundamental interactions governing material formation and on
processes for spontaneous formation of functional structures in nanoregions by
controlling the interactions.
The region scaled between nanometers and submicrons is a frontier for recent
material fabrication technology, bordered by the diffraction limit on the
submicron scale in beam technology and by the procedure time limit on the
nanometer scale during atom manipulation. Nanoarchitectonics is a candidate for
a breakthrough technology for structural formation in the region. There must be
a mechanism in nature that governs material construction from structures in
lower hierarchy to those in higher hierarchy; this mechanism is what we refer
to as nanoarchitectonics. Nanoarchitectonics is also a methodology that enables
the construction of new nanostructures by controlling the mechanism in the
nanoregion. The mechanism is said to be subject to what we call hereafter
suprainteractions. A suprainteraction is a factor that governs the structure
formation in the nanoregion and can be defined as a long-range interaction or a
field that mediates nanoarchitectonics. Examples are the long-range effect of a
strained field by which an arrangement of quantum dots in a designed manner
would be possible, a formation mechanism of fullerenes or carbon nanotubes from
carbon atoms, and the origin of superlattice systems such as Si(111)7x7.
Therefore, if one can properly design a lower-level structure and control
suprainteractions in the higher-level structure, one will be able to observe
self-construction of nanostructures ordered in a long range.
In this symposium, we adopt the term "suprainteractions" to explain
all the weak but long-range interactions working among nanostructures formed
under strong interactions. Furthermore, we will seek to clarify its essential
properties in the hope that we can eventually present a guiding principle for
both the understanding of various phenomena in the nanoregion and the
technological innovations that are helpful to establish nanoarchitectonics.
Committees
Symposium Chairmen
James K. Gimzewski
(UCLA)
International Advisory Committee
Masakazu Aono
(Osaka Univ. & RIKEN, Japan)
Hans-Joachim Freund (Fritz-Haber-Inst., Germany)
Harald Fuchs (Univ. Munster, Gernamy)
Christoph Gerber (IBM Zurich, Switzerland)
James K. Gimzewski
(UCLA, USA)
Sumio Iijima (Meijo Univ., Japan)
Young Kuk (Seoul Natl. Univ., Korea)
Max G. Lagally (Univ. of Wisconsin, USA)
Jean-Marie Lehn (Univ. of Louis Pasteur, France)
Carlo Montemagno (UCLA, USA)
Michaled Roukes
(Cal. Tech., USA)
Matthias Scheffler (Fritz-Haber-Inst., Germany)
Junzo Tanaka (NIMS, Japan)
Masaru Tsukada (Univ. of Tokyo, Japan)
Mark E. Welland (Univ. of Cambridge, UK)
R. Stanley Williams (HP, USA)
Kazuhiro Yoshihara (NIMS, Japan)
Program Committee
Masakazu Aono (Osaka Univ. & RIKEN, Japan)
James K. Gimzewski (UCLA, USA)
James Heath (UCLA,
USA)
Shingo Ichimura (AIST, Japan)
Max G. Lagally (Univ. of Wisconsin, USA)
Junzo Tanaka (NIMS, Japan)
F. Stoddart (UCLA, USA)
Masaru Tsukada (Univ. of Tokyo, Japan)
R. Stanley Williams (HP, USA)
Kazuhiro Yoshihara (NIMS, Japan)
Secretariat
Don Leddy (UCLA, USA)
Keiko Hayashi (SNTT, Japan)
Toshiyuki Ikoma (NIMS, Japan)
Yuji Kuwahara (Osaka University, Japan)
Tomonobu Nakayama (RIKEN, Japan)
Hideko Nonaka (AIST, Japan)
Naoki Ohasi (NIMS, Japan)
Yuji Okawa (RIKEN, Japan)
Ryo Tamura (Univ. Tokyo, Japan)
Masahiro Tosa (NIMS, Japan)
Shoko Tsuda (SNTT, Japan)
Confirmed Speakers
|
Don Eigler |
IBM Almaden Research Center, USA |
|
Quantum Mirages -- Electron Optics on the Surface of a Solid | |
|
Carlo Montemagno |
UCLA, USA |
|
Nanobiotechnology Integrating Engineering with Modern Biology | |
|
James K. Gimzewski |
UCLA, USA |
|
N/A | |
|
James Heath |
UCLA, USA |
|
N/A | |
|
Wilson Ho |
University of California Irvine, USA |
|
Single Molecule Spectroscopy, Microscopy, and Chemistry | |
|
Pierre Petroff |
UCSB, USA |
|
Towards controlling spin ordering in self assembled semiconductor quantum dots | |
|
Cal Quate Canceled |
Stanford Univ, USA |
|
Canceled | |
|
Michael L. Roukes |
CALTECH, USA |
|
Mechanical devices for single-molecule and single-quantum nanoscience | |
|
Clarence Schutt |
Princeton University, USA |
|
The Structural Biology of Actin-Based Biological Motility | |
|
Steven S. Smith |
City of Hope, USA |
|
Directed Self-Assembly of Nucleoprotein Nanostructures | |
|
Fraser Stoddart |
UCLA, USA |
|
The Mechanical Bond in Nanoarchitectonics | |
|
Jens Struckmeier |
Veeco/DI, USA |
|
N/A | |
|
Victoria Vesna |
UCLA, USA |
|
N/A | |
|
Harald Fuchs |
University of Muenster, Germany |
|
Self-organized Organic Nanostructures - Bottom up approaches | |
|
Hermann Gaub |
University of Munich, Germany |
|
Single Molecule Force Spectroscopy by AFM-Related Techniques | |
|
Hans-Joachim Guentherodt |
University of Basel, Switzerland |
|
The impact of SPM on Nanoarchitectonics using Suprainteractions | |
|
Sir Harold W. Kroto |
University of Sussex, UK |
|
Nanometerscale Architecture | |
|
John Ryan |
University of Oxford, UK |
|
N/A | |
|
Carlo Ventura |
University of Sassari, Italy |
|
Gene Expression Profiling, DNA Nanobiotechnology and Cell Fate Assessment | |
|
Young Kuk |
Seoul National Univ., Korea |
|
Local Band Gap engineering of 1D Quantum devices : carbon nanotube | |
|
Masakazu Aono |
Osaka University & RIKEN, Japan |
|
Dynamic nanoarchitectonics of low-dimensional molecular and atomic nanostructures | |
|
Masaru Tsukada |
Unversity of Tokyo, Japan |
|
Theory of Quantum Processes of Nano-structures | |
|
Toshiyuki Ikoma |
JST & NIMS, Japan |
|
The Creation of Novel Hydroxyapatite and Biopolymers Nanocomposites using Nanoarchitecture | |
|
Hitoshi Nejo Canceled |
NIMS, Japan |
|
Canceled | |
|
Kai-Felix Braun |
Freie Universitat Berlin, Germany |
|
How long does an electron live in an artificial atomic structure ? | |
|
Toshio Ogino |
NTT, Japan |
|
Integration of Semiconductor Nanostructures and Interconnections for Future Self-assembled Nanoarchitectures | |
|
Yutaka Wakayama |
NIMS, Japan |
|
Control of self-assembled Ge dots on Si(100) by multi-step procedure | |
NASI 2 will be held at UCLA-Tom Bradley International Hall. UCLA (UCLA's Main Home Page) is located 15 miles north of Los Angeles International Airport (LAX). Directions to UCLA
To get from the Los Angeles International Airport (LAX) to UCLA, you can take a taxi or an airport shuttle. Taxi fares run approximately $27-$30; shuttle fares are about $15-$17. For more information on airport shuttles: Super Shuttle or Prime Time Shuttle.
Please note that these links are provided for information purposes only. UCLA does not guarantee or endorse any shuttle services.
To reach the conference site from Wilshire Boulevard, turn right onto Gayley Drive. Make a right onto Strathmore Drive, and an immediate left onto De Neve Drive. Bradley Hall will be on your left, across from the UCLA Tennis Center. Entire Campus Map(building 118 on the map).
The conference is in the main ballroom, and you can enter from the west upper lobby. Parking is limited. You should stop at the kiosk on Westwood Plaza to obtain directions to the closest parking structure. Parking is $6 per day.
Accommodation
Accommodation will be available at the UCLA Guest House (building 10 on Entire Campus Map) and the Hilgard House, 927 Hilgard Avenue, one block south of the campus. Both are close to the conference site. The Guest House, located on the UCLA campus is $98-103/night. The Hilgard House is $114/night. Invited speakers will stay at the UCLA Guest House. Some rooms at the Guest House will be available for conference participants on a first come basis. Others should consider the Hilgard House. Shuttle service to the conference site will be provided on Tuesday, Wednesday and Thursday from only the UCLA Guest House and Hilgard House.
There are also a number of other Hotels near UCLA in Westwood if both Hilgard House and the UCLA Guest House are full. To reserve a hotel, please contact the hotel directly to make your reservation. Mention that you are attending a UCLA function in order to get the UCLA rate. Hotel rooms fill quickly, so it is best to make a reservation as soon as possible. Please indicate on your registration form where you will be staying while attending the conference.
How
to Reach the UCLA Guest House and the Hilgard House from LAX
Exit the airport on Century Boulevard. Take the 405 Freeway north. Exit at Wilshire Boulevard (Westwood exit) and travel east on Wilshire, until you reach Glendon Avenue. Turn left onto Glendon and make a right onto Lindbrook. Then make a left onto Hilgard Avenue, which intersects Lindbrook. For those staying at the Hilgard House, you will find it one block below Le Conte Avenue at 927 Hilgard Avenue.
Those staying at the UCLA Guest House continue up Hilgard Avenue and enter the campus from Wynton Drive. Make a right onto Charles E. Young Dr., East. The Guest House is on the right.
Shuttle Service to Bradley International Hall Conference
Site
Shuttle service will be available from the UCLA Guest House and the Hilgard House to Bradley International Hall each morning of the conference at 8:30 AM. The shuttle will take you to the NASI2 conference, and it will return you to your hotel after the conference. On Wednesday evening, the shuttle will take you the Faculty Center for the banquet. The Faculty Center is walking distance from the Guest House and the Hilgard House. Shuttle service will only be offered from the Guest House and Hilgard House to Bradley Hall. If you are staying at another hotel, you will be responsible for your own transportation to Bradley Hall.
Neighboring UCLA is Westwood Village, a
community of shops, movie theaters and restaurants. Westwood Online! Within short driving distance of the UCLA
campus and conference is Beverly Hills, Santa Monica and Hollywood. Los Angeles
is a vast and diverse city of museums, beaches, mountains and unlimited
entertainment with unsurpassed nightlife. Tour also Los
Angeles!
Abstract
Submission
Speakers should submit an Abstract Form ( 1 to 2 pages )
. It should be submitted by email
to the correspondence. The deadline for abstract
submission is January 31, 2002. Abstracts are reproduced in the final program
by a photographic copy of the received abstract without any reduction nor
extension of the original size.
Application-Registration
You must apply to attend NASI2.
After review of your application, you will be notified about registration.
Please complete the Application Form (pdf format or MS-WORD format)
and return it to the correspondence. The
conference is designed to accommodate 70 participants, including speakers. Apply
early; once we reach our capacity of 70 participants, the conference will close.
You will pick up your registration packet, which will
contain the conference schedule, when you arrive for the get together party in
the lobby of the UCLA Guest House at 6 PM on March 25. If you do not attend the
opening night wine reception, you can pick up your registration packet in the
west lobby of the Bradley International Hall on the morning of the conference,
March 26.
For Abstract Submission
Hidehiko Nonaka
National Institute
of Advanced Industrial Science and Technology
Nanoelectronics Research Institute
AIST Tsukuba Central 2 #1304, 1-1-1 Umezono, Tsukuba, Ibaraki 305-8568, Japan
Tel : +81-298-61-5409
Fax : +81-298-61-5733
abstract@nasi2.org
For Conference Application and Registration
Don Leddy
UCLA Department of Chemistry & Biochemistry
607 Charles E. Young Dr., East
Los Angeles, CA 90095
Tel 1-310-206-7658
fax 1-310-206-4038
Program (In progress)
March 25, Monday
6 PM - 8 PM Reception, UCLA Guest House Lobby
March 26, Tuesday
Symposium at UCLA Tom Bradley
International Hall
|
Starts at |
Ends at |
Presenter |
Talk |
Chair person |
|
9:00 |
9:15 |
James Gimzewski
|
Opening Remarks |
Harald Fuchs |
|
9:15 |
10:00 |
Aono Masakazu
|
Dynamic nanoarchitectonics of low-dimensional molecular and atomic nanostructures | |
|
10:00 |
10:45 |
Fraser Stoddart
|
The Mechanical Bond in Nanoarchitectonics | |
|
10:45 |
11:00 |
Coffee Break (West Lobby) | ||
|
11:00 |
11:45 |
Hans -Joachim Guentherodt
|
The impact of SPM on Nanoarchitectonics using Suprainteractions | |
|
11:45 |
12:30 |
Michael L. Roukes
|
Mechanical devices for single-molecule and single-quantum nanoscience | |
|
12:30 |
1:30 |
Lunch (East Lobby) |
Aono Masakazu |
|
|
1:30 |
2:15 |
Harald Fuchs
|
Self-organized Organic Nanostructures -Bottom up approaches |
|
|
2:15 |
3:00 |
Toshio Ogino
|
Integration of Semiconductor Nanostructures and Interconnections for Future Self-assembled Nanoarchitectures | |
|
3:00 |
3:15 |
Coffee Break (West Lobby) | ||
|
3:15 |
4:00 |
John Ryan
|
Not available | |
|
4:00 |
4:45 |
Don Eigler
|
Quantum Mirages -- Electron Optics on the Surface of a Solid | |
|
4:45 |
5:30 |
Masaru Tsukada
|
Theory of Quantum Processes of Nano-structures | |
|
5:45 |
Shuttle bus departs for Guest House |
|||
March 27, Wednesday
|
Starts at |
Ends at |
Presenter |
Talk |
Chair Person |
|
9:00 |
9:45 |
Sir Harold W. Kroto
|
Nanometerscale Architecture |
Carlo Ventura |
|
9:45 |
10:30 |
Carlo Montemagno
|
Nanobiotechnology Integrating Engineering with Modern Biology | |
|
10:30 |
10:45 |
Coffee Break (West Lobby) | ||
|
10:45 |
11:30 |
Cal Quate |
Canceled | |
|
11:30 |
12:15 |
Wilson Ho
|
Single Molecule Spectroscopy, Microscopy, and Chemistry | |
|
12:15 |
12:30 |
Photo session (West Lobby) | ||
|
12:30 |
1:30 |
Lunch (East lobby) | ||
|
1:30 |
2:15 |
Hermann Gaub |
Single Molecule Force Spectroscopy by AFM-Related Techniques |
|
|
2:15 |
3:00 |
Clarence Schutt
|
The Structural Biology of Actin-Based Biological Motility |
Hermann Gaub |
|
3:00 |
3:15 |
Coffee Break (West Lobby) | ||
|
3:15 |
4:00 |
Pierre Petroff
|
Towards controlling spin ordering in self assembled semiconductor quantum dots | |
|
4:00 |
4:45 |
Toshiyuki Ikoma
|
The Creation of Novel Hydroxyapatite and Biopolymers Nanocomposites using Nanoarchitecture | |
|
4:45 |
5:30 |
Carlo Ventura
|
Gene Expression Profiling, DNA Nanobiotechnology and Cell Fate Assessment | |
|
5:45 |
Shuttle bus departs for Faculty Center | |||
|
6:00 |
9:00 |
Banquet (Faculty Center -California Room) | ||
March 28, Thursday
|
Starts at |
Ends at |
Presenter |
Talk |
Chair Person |
|
9:00 |
9:45 |
James Heath
|
Not available |
Steve Smith |
|
9:45 |
10:30 |
Yutaka Wakayama |
Control of self-assembled Ge dots on Si(100) by multi-step procedure | |
|
10:30 |
10:45 |
Coffee Break (West Lobby) | ||
|
10:45 |
11:30 |
Young Kuk
|
Local Band Gap engineering of 1D Quantum devices : carbon nanotube | |
|
11:30 |
12:15 |
James K. Gimzewski
|
Not available | |
|
12:15 |
12:30 |
Victoria Vesna
|
Not Available | |
|
12:30 |
1:30 |
Lunch (East lobby) |
Young Kuk |
|
|
1:30 |
2:15 |
Kai-Felix Braun
|
How long does an electron live in an artificial atomic structure ? | |
|
2:15 |
3:00 |
Steve Smith
|
Directred Self-Assembly of nucleoprotein Nanostructures | |
|
3:00 |
3:15 |
Coffee Break (West Lobby) | ||
|
3:15 |
4:00 |
Jens Struckmeier |
Digital Instrument Demo | |
|
4:00 |
4:15 |
James K. Gimzewski
|
Closing Remarks | |
|
4:30 |
Shuttle bus departs for Guest House | |||
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