41. CNN.com - Sci-Tech - Hong Kong Nanotechnology Researchers Think Small - February and Technology, drawing on faculty from electrical engineering and chemistry departmentsin addition to the physics team. nanotechnology experts from top US http://www.cnn.com/2001/TECH/industry/02/07/hong.kong.nano.idg/

MAIN PAGE WORLD U.S. WEATHER ... ABOUT US CNN TV what's on show transcripts CNN Headline News CNN International ... askCNN EDITIONS CNN.com Asia CNN.com Europe set your edition Languages Spanish Portuguese German Italian Danish Japanese Korean Arabic Time, Inc. Time.com People Fortune EW Hong Kong nanotechnology researchers think small From... by Stephen Lawson (IDG) Nanotechnology researchers at Hong Kong University of Science and Technology (HKUST) are creating some microscopic, ultra-thin, super-narrow and otherwise shrimpy things that may have big implications for information technology. Among the diminutive discoveries coming out of the physics department alone at HKUST are tubes just a few molecules wide, a microwave-absorbing sheet thinner than paper and a clutch that can stop and start a micro-motor without the need for tiny gears. These breakthroughs could make flat-panel displays cheaper, cell phones safer and microdrives more reliable, the researchers said in an interview Friday. Nanotechnology is the study of devices that measure less than a nanometer, or one billionth of a meter. For the sake of comparison, a typical human hair is 30,000 nanometers wide. Nanotechnology has been touted most often as the key to coming breakthroughs in medicine and robotics. However, the HKUST researchers envision some of their work being commercialized in IT hardware. IDG.net INFOCENTER

42. Nanotechnology Inventory Physics Chemistry Medicine physics (no. of projects 9) Technology. Chemistry Medicine physics (no. of projects 9) Technology. http://www.smss.uu.se/Nano/inventory/inventory_physics.htm

VCS Home About Us Join Us ... Tip Us Off! Content Publication Inventory Conference Education ... Links Calendar Introduction My Own Search Nano News Press Client info FAQs Forum Updated Webmaster Chemistry Medicine PHYSICS Technology Division of Condensed Matter Theory , V. Address: Thunbergsv. 5F, Kemikum Project title: Spintronics. Decreasing electronic device sizes. Project leader: Susanne Mirbt Project description: "Tool Box": Ab initio electronic structure calculations which demand supercomputers (fast and large memory). Senior Researchers: Man-year: 2; Peter Zahn, Olivier Bengone Graduate Students: Man-year: 2; Thomas Dziekan, Velimir Meded

43. EducationGuardian.co.uk | Higher | Thinktank Predicts Nanotechnology Backlash In a paper published in the Institute of physics journal nanotechnology, Canadianresearchers, from the University of Toronto Joint Centre for Bioethics (JCB http://education.guardian.co.uk/higher/sciences/story/0,12243,894756,00.html

Go to: Guardian Unlimited home UK news World news Archive search Arts Books Business EducationGuardian.co.uk Film Football Jobs Life MediaGuardian.co.uk Money The Observer Online Politics Shopping SocietyGuardian.co.uk Sport Talk Travel Audio Email services Special reports The Guardian The weblog The informer The northerner The wrap Advertising guide Crossword Dating Headline service Syndication services Events / offers Help / contacts Information Newsroom Style guide Travel offers TV listings Weather Web guides Guardian Weekly Money Observer Search this site Subjects Arts and humanities Find a job Detailed search Research Sciences Thinktank predicts nanotechnology backlash Donald MacLeod Thursday February 13, 2003 There is a growing backlash against the rapidly emerging field of nanotechnology that could see a rerun of clashes over genetically modified crops, experts at one of the world's leading medical ethics thinktanks warned today. In a paper published in the Institute of Physics journal Nanotechnology, Canadian researchers, from the University of Toronto Joint Centre for Bioethics (JCB), claim that although the research into extremely small devices is still in its early stages and most applications may be decades away, it is already arousing alarm about people's privacy and security. Hailed as the first major scientific revolution of the 21st century, nanotechnology will make possible invisible microphones, cameras and tracking devices. And although it holds out hope of cheap, pollution-free production, little has been done to assess possible impacts on the environment when nano-materials are released.

44. Nanotechnology MSc nanotechnology is one of the fastest growing new areas in science and engineering.The subject arises from the convergence of electronics, physics, chemistry http://www.ee.leeds.ac.uk/nanomsc/

NANOTECHNOLOGY is one of the fastest growing new areas in science and engineering. The subject arises from the convergence of electronics, physics, chemistry, biology and materials science to create new functional systems of nanoscale dimensions. The Masters Training Package (MTP) in Nanoscale Science and Technology, run jointly by the universities of Leeds and Sheffield, provides a highly interdisciplinary learning experience to enable single-discipline graduates to contribute effectively to the research, development and commercial exploitation of nanotechnology. First ever graduation of Nanoscience students! What our students say . . . Module descriptions Click module titles for information. Programme personnel Dr Rob W. Kelsall, Course Director School of Electronic and Electrical Engineering, The University of Leeds, LS2 9JT Dr Tim Searle, Sheffield Coordinator E49, Hicks Building, Hounsfield Road, Sheffield, S3 7RH Carol M. Walder, Course Administrator School of Electronic and Electrical Engineering, The University of Leeds, LS2 9JT Virginia Antonie, Administrator at SOMS Centre

45. Fish & Richardson P.C. - Technology Areas expertise in a variety of technical areas that are important to nanotechnology research,including nanoparticles, solid state physics, MEMS technology, atomic http://www.fr.com/technology/nanotech.cfm?child=nanotech

46. Institute Of Physics - Media Relations In a paper published today in the Institute of physics journal nanotechnology, Canadianresearchers from the University of Toronto Joint Centre for Bioethics http://physics.iop.org/IOP/Press/PR0803.html

www.iop.org Contact us Activities: Media Relations ... Public Relations Contacts PR-08(03) Ethics Lag in Nanotechnology With scientists and activist groups on a collision course over the rapidly emerging field of nanotechnology, experts at one of the world's leading medical ethics think-tanks warn that the coming confrontation could derail the first major scientific revolution of the 21st Century. In a paper published today in the Institute of Physics journal Nanotechnology , Canadian researchers from the University of Toronto Joint Centre for Bioethics (JCB) claim that although the research is still in its early stages and most applications may be decades away, the backlash against the new technology is already gathering momentum. Once the stuff of science fiction, nanotechnology is the process of building working devices, systems and materials molecule by molecule by controlling matter measured in billionths of a metre. More importantly, it is about exploiting the unique and powerful electrical, physical and chemical properties found at that amazingly small scale.

47. Impact Factor Of Journals In The Area Of Nanotechnology 1.134 Macromolecules 3.534 Macromolecular Chemistry and physics 1.539 Molecular physics1.774 Nanostructural Materials 1.069 nanotechnology 1.663 Nature 29.491 http://einstein.sc.mahidol.ac.th/nanotech/doc/impact.html

Impact Factor of Journals in the Area of Nanotechnology Impact factor is usually considered by scientists for publication of their works. In general, one should consider to publish in a journal that have impact factor higher than 1.00 in order to access wider audiences and obtain higher respectability of the work. Back to Home

48. Nanotechnology R & D Publications and Purified HiPCo Singlewalled Carbon Nanotubes , Chemical physics Letters, Vol. Single-WalledCarbon Nanotubes , International Journal of nanotechnology, Vol http://www.ipt.arc.nasa.gov/nano_rd_publications.html

The Javascript in this page simply changes the color of the button you are rolling over with your mouse. The Javascript in this page simply changes the color of the button you are rolling over with your mouse. R. Stevens, A. Cassell, C. Nguyen, L. Delzeit, M. Meyyappan,and Jie Han, "Improved Fabrication Approach for Carbon Nanotube Probe Devices", Applied Physics Letters, Vol. 77 (21), pp. 3453-3455 (2000). A.M. Cassell, M. Meyyappan, and J. Han, "Multilayer Film Assembly of Carbon Nanotubes", Journal of Nanoparticle Research, Vol. 2 (4), pp. 387-389 (2000). A.M. Cassell, S. Verma, L. Delzeit, M. Meyyappan, and J. Han, "Combinatorial Optimization of Heterogeneous Catalysts used in the Growth of Carbon Nanotubes", Langmuir, Vol. 17, pp. 260-264, (2001). C.V. Nguyen, K.J. Chao, R.M.D. Stevens, L. Delzeit, A.M. Cassell, J. Han and M. Meyyappan, "Carbon Nanotube Tip Probes: Stability and Lateral Resolution in Scanning Probe Microscopy and Application to Surface Science in Semiconductors" Nanotechnology, Vol. 12, pp. 363-367 (2001). A. M. Cassell, L. Delzeit, C.V. Nguyen, R.M.D. Stevens, J. Han, and M. Meyyappan, "Carbon Nanotubes by CVD and Applications", Journal de Physique IV, Vol. 11, pp. 401-409 (2001).

49. Computational Nanotechnology Publications to a Nano Device Design , Accepted nanotechnology (2001). 43. L. Yang and J. Han, Electronic Structure of Deformed Carbon Nanotubes , physics Review Letters http://www.ipt.arc.nasa.gov/computationalpub.html

The Javascript in this page simply changes the color of the button you are rolling over with your mouse. The Javascript in this page simply changes the color of the button you are rolling over with your mouse. T. Yamada, "Atomic Wires and Their Electronic Properties", Journal of Vacuum Science and Technology B, Vol. 15, pp. 1019-1026 (1997). J. Han, A. Globus, R. Jaffe and Glenn Deardorff, "Molecular Dynamics Simulation of Carbon NanotubeBased Gears", Nanotechnology, Vol. 8, pp. 95-102 (1997). D. Srivastava,"A Phenomenological Model of the Rotation Dynamics of Carbon Nanotube Gears with Laser Electric Fields", Nanotechnology, Vol. 8, pp. 186-192 (1997). M. Menon and D. Srivastava,"Carbon Nanotube "T- junctions": Nanoscale Metal-Semiconductor-Metal Contact Devices", Physical Review Letters, Vol. 79, pp. 4453-4456 (1997). T. Halicioglu, "Properties of Diamond and Diamond-Like Clusters in Nanometric Dimensions", Phys. Stat. Sol. (B),Vol. 199, pp. 345-350 (1997). C. W. Bauschlicher, "Displacement Energies for Nanorods", Chemical Physics Letters Vol. 273, 195 (1997).

50. Weekly Websights Keywords nanotechnology, physics, nanotubes, STM. Nanoscale physics atPurdue University. http//www.physics.purdue.edu/nanophys/index.html. http://www.spectrum.ieee.org/WEBONLY/websights/web07-03-00.html

'); document.write(''); document.write(''); document.write(''); // End Hide > o July 2000 o o Volume 37 o o Number 7 Home Nanotechnology By Stephen Cass Imagining the nanofuture Although Richard Feynman receives much of the credit for having first broached the concept of nanotechnology in his 1959 "There’s plenty of room at the bottom" lecture ( http://www.zyvex.com/nanotech/feynman.html ) to the American Physical Society, Eric Drexler was the first person to create theoretical designs for nanoscale components and determine some of the operationing principles of the nanoworld. In 1986 he helped to found the non-profit Foresight Institute. Their web site has detailed information for both general and technical audiences as well as community-based arenas on jobs and conferences, and special topics such as the risk of catastrophic release of nanotechnological machines. Information and archives for their annual conference on molecular nanotechnology are available, as are a free, archived quarterly. Keywords: nanotechnology, education, non-profit

51. Nanoscale Physics, Purdue University The nanoscale physics group uses various experimental techniques to examine thephysical properties of objects in the Purdue nanotechnology Initiative. http://www.physics.purdue.edu/nanophys/

Nanoscale Physics Purdue University We look at really, really, really, really, really, really, really, really, really small things. The nanoscale physics group uses various experimental techniques to examine the physical properties of objects in the nanoscale size range, that is, a little bit larger than the size of atoms. Some interesting physical properties at this range include conductivity of small numbers of atoms and molecules, forces arising between objects on this scale, and the transition between the quantum nature of a few atoms and a large number of atoms. Group Video (mpg format, 2min, 21MB) Slide Show Worldwide "Nanocluster/Molecular Wire" Hot Spots Purdue Nanotechnology Initiative ... Takhee Lee Last modified: Mon Sep 11 17:54:59 EST 2000

52. Nanotechnology nanotechnology and physics of nanostructures. General. The activityof the group is in the basic and applied research in the rapidly http://www.phys.jyu.fi/research/nanotech/

Nanotechnology and physics of nanostructures General The activity of the group is in the basic and applied research in the rapidly growing field of the physics of nanostructures, and in nanofabrication methods. In particular we are interested in electrical and thermal transport properties on the sub-micron scale. Besides being very fascinating physics, this research serves a few other important goals: It provides students with experience in the area of physics and technology, which is interesting to industry as well; it also leads to the development of nanofabrication methods, which are or will be used in the semiconductor industry. It provides elegant sensors, which are very small and whose working principles are of quantum mechanical origin. In the experiments we already probe the physical limitations which the industry will soon face when reducing the linewidth of conductors. Our modern nanofabrication laboratory and electrically shielded rooms, with cryostats of sub-100 mK base temperatures, allow us both to fabricate samples and to make efficient in-house measurements. Highlights and Activities: CBT: Coulomb Blockade Thermometer On-chip refrigeration (SINIS) for cryogenic radiation detectors Radiation detector research and development Quantum coherence and computing in superconducting nanostructures ... A spin-off company Nanoway Recent publications: List of publications in Personel: Agar, David

53. University Of Alberta Condensed Matter Physics Home Page Material Patterning with Anodic Aluminum Oxide TemplatesMatthew Johnson March19, 2003 Physical Principles of nanotechnology New Graduate physics Course; http://laser.phys.ualberta.ca/

Research Areas Phase Transitions in Porous Media Electron Microscopy (TEM, SEM) Ultrafast Microscopy Group Ultrafast Spectroscopy Lab ... Overview of Activities in the Centre for Nanoscale Physics Faculty Beamish , Dr. John Boninsegni , Dr. Massimo Chow , Dr. Kim Egerton , Dr. Ray Freeman , Dr. Mark Gortel , Dr. Zbigniew Hegmann , Dr. Frank Jung , Dr. Jan Marsiglio , Dr. Frank Meldrum , Dr. Al Tuszynski , Dr. Jack Wolkow , Robert A.Dr. Sessional Lecturers Isaac , Dr. Isaac Post-Doctoral Fellows Abdelhadi , Maher Kim , Won Kee Ostroverkhova , Oksana Roseman , Dr. Mark Graduate Students Arnup , Grey Beauchemin , Catherine Belov , Miroslav Blackstock , Jason Buchanan , Kristen Cooke , David Covaci , Lucian Day , James Dogan , Fatih Gao , Jianbo Glover , Megan Han , Jianing Herman , Toby Hryciw , Aaron Krichevsky , Alexander Li , Peng Luchko , Tyler Lui , Kristine MacDairmid , Allan Moffatt , Paul Patterson , Robert Slepkov , Aaron Su , Xuantao Verga , Simona Zheng , Zhen Technical Staff Marsh , Ken Mullin , Don Mys , Nick Popowich , Greg Thibault , John Walford , Tony Highlights Advanced Material Patterning with Anodic Aluminum Oxide TemplatesMatthew Johnson March 19, 2003

54. Center For Nanotechnology Email. George F. Bertsch physics Home Page E-mail, Karl BöhringerElectrical Engineering Home Page Research Page E-mail. Jeffrey http://www.nano.washington.edu/people/faculty.asp

Overview Faculty Graduate Students Staff ... William M. Atkins Medicinal Chemistry Home Page E-mail François Baneyx Chemical Engineering Home Page Research Page E-mail George F. Bertsch Physics Home Page E-mail Karl Böhringer Electrical Engineering Home Page Research Page E-mail Jeffrey Bonadio Department of Bioengineering Home Page E-mail Rajendra Bordia Home Page ... David Castner Director, NESAC/BIO Home Page Research Page E-mail Campbell Charles Chemistry and Adjunct appointment in Physics Home Page Research Page E-mail Daniel Chiu Chemistry Home Page E-mail David H Cobden Department of Physics Research Page E-mail Larry Dalton Chemistry Home Page Research Page E-mail Bruce Darling Electrical Engineering Home Page E-mail Peter Detwiler Physiology and Biophysics Department Home Page E-mail Norm Dovichi Chemistry Home Page Research Page E-mail Gary Drobny Chemistry and Adjunct appointment in Physics Home Page E-mail Scott Dunham Electrical Engineering Home Page E-mail Thomas Engel Chemistry and Adjunct appointment in Physics Home Page E-mail Sam Fain Physics Home Page E-mail Albert Folch Bioengineering Home Page Research Page E-mail Natia Frank Chemistry Home Page Research Page E-mail Daniel Gamelin Chemistry Home Page Research Page E-mail John A. Glomset

55. Nanotechnology Links This Web site contains a list of accredited medical physics programs. nanotechnologyarchives Rutgers, nanotechnology Archives (at Rutgers) (at Rutgers). http://www.nano.washington.edu/home/links.asp

Overview Nanotechnology About Us Pacific NW ... American Geophysical Union: Career Information: AGU runs a job-listing service (for members only) and has published books by Peter Fiske on careers. Optical Society of America: Career Information: All three OSA meetings held each year have large employment centers run by AIP. OSA has listings of jobs and consultants, and an online student forum that facilitates networking opportunities for students with OSA members. American Astronomical Society: Career Information: An extensive set of career resources, such as job listings and registers, statistics, and an industrial astronomers network. AAS is conducting an AAS PhD+8 Survey. American Vacuum Society Career Information: AVS maintains a job-listing service. Institute of Electrical and Electronics Engineers: Career Information: Contains information about careers in engineering, a consultants list, and job listings. American Institute of Physics Career Information: Contains links to a vast array of sites relevant to physics careers. American Chemical Society: Career Information: Extensive set of career services that covers chemistry and the chemical industry, including physical chemistry.

56. AIM - Resources On The Internet - Physics & Materials Science - Materials Scienc See also General Chemistry. Top of PageTop of Page. nanotechnology.The Foresight Institute Links to nanotechnology publications. http://www.library.anl.gov/library/internet/matsci.html

Privacy and Security Notice Top Materials Science General Materials Science Ceramics Condensed Matter Physics Materials Characterization ... Superconductivity General Materials Science ASM International Call for papers, online bookstore, society information; it is the society for materials engineers. Includes the Commercial Internet Directory , a searchable database of materials companies with links to company home pages. Institute of Materials MatWeb, the Online Materials Information Resource This site strives to be the materials information archive. It's a good site to do materials properties searches, and a good place to find out which companies are manufacturing and selling various materials. MRS Materials Research Society Electronic proceedings, call for papers, career information, and the Materials Gateway which includes links to other materials organizations, research centers, associations, and government links, as well as links to forthcoming materials science meetings. This is a useful site for many things including conference information and career leads, but it is a Java-laden site that is currently (8/99) designed poorly; therefore, extracting information from it and navigating may be time-consuming.

57. Nanotechnology - UNIMAT - University Of Nottingham UoN's nanotechnology research reflects this multidisciplinarity and involves bothintra and inter-University collaborations with research groups in physics, http://www.nottingham.ac.uk/unimat/expertise/nanotech/index.phtml

Nanotechnology Nanometre scale structures and nanostructured materials play an increasingly pervasive role in a wide range of scientific disciplines ranging from solid state physics through to molecular biology. UoN's Nanotechnology research reflects this multidisciplinarity and involves both intra- and inter-University collaborations with research groups in Physics, EEE, Chemistry, SCHEME, Biomedical Sciences and Pharmaceutical Sciences. Key specialisations Nano-scale analysis Fullerenes Nanoelectronics and optoelectronics Nanoparticles ... Bio-nanotechnology Key research groups Nanoscience Group , Physics Clean Technology Group , Chemistry Cell Biophysics Group , Biomedical Sciences Laboratory of BioPhysics and Surface Analaysis , Pharmaceutical Sciences Advanced Materials Group Fuel Technology , SCHEME Process Technology , SCHEME Chemistry Semiconductor Physics Group , Physics Last revised: 17/12/01

58. NRC - Nanotechnology - Work In Canadian Universities Home nanotechnology Related Events Canadian Industry Government Research RelatedLinks, nanotechnology Work in Canadian Universities. physics Cheeke, David. http://www.nrc-cnrc.gc.ca/nanotech/work_e.html

Nanotechnology Work in Canadian Universities Concordia University Dalhousie University Laval University McGill University ... Concordia University - (Montreal, Quebec, Canada) Physics Cheeke, David Dalhousie University - (Halifax, Nova Scotia, Canada) Electrical and Computer Engineering Cada, Michael Mechanical Engineering Kujath, Marek R. ... Laval University - (Quebec, Quebec, Canada) Chemistry Leclerc, Mario McBreen, Peter Duguay, Michel McGill University - (Montreal, Quebec, Canada) Chemistry Lennox, Bruce Thomas, Dave Chemical Engineering ... McMaster University - (Hamilton, Ontario, Canada) Chemistry Brook, Michael Childs, Ron Hitchcock, Adam ... Queen's University - (Kingston, Ontario, Canada) Chemistry Natansohn, Almeria L. Physics Robbie, Kevin Royal Military College of Canada - (Kingston, Ontario, Canada) Physics Rochon, Paul Simon Fraser University - (Burnaby, British Columbia, Canada) Chemistry Holdcroft, Steven

59. Nanotechnology Symposium molecular structures at Stanford University School of Engineering's NanotechnologySymposium extending the frontiers of human knowledge in the physics of small http://soe.stanford.edu/alumni/nanotechnology_symposium/

Nanotechnology Symposium Thursday, July 19, 2001 Teaching Center, Stanford Campus Stanford University School of Engineering Calvin Quate Leland T. Edwards Professor (Research) of Engineering Professor (Research), Electrical Engineering Professor (Research), Applied Physics by Courtesy Ph.D., Stanford, 1950 Calvin Quate has made contributions in the field of microscopy with the Acoustic Microscope and the Atomic Force Microscope. The Acoustic instrument enables the imaging of elastic properties with a resolving power similar to the Optical microscope. The AFM is a powerful tool for characterizing surfaces with a resolving power sufficient to image single atoms. Tom Kenny Associate Professor, Mechanical Engineering B.S. Physics, University of Minnesota, 1983 M.S. Physics, University of California at Berkeley, 1987

60. HANA - Hawaii Advanced Nanotechnology Alliance Hawaii Advanced nanotechnology Alliance physics Prof. Klaus SattlerDepartment of physics and Astronomy Watanabe Hall / 2505 Correa http://www-ee.eng.hawaii.edu/~chiao/hana/physics.htm

Hawaii Advanced Nanotechnology Alliance Physics Prof. Klaus Sattler Department of Physics and Astronomy Watanabe Hall / 2505 Correa Road, Honolulu, Hawaii 96822, USA TEL: (808) 956-8941 FAX: (808) 956-7107 sattler@hawaii.edu Cluster Research Group Micron-Sized Powders and Nanophase Materials Micrometer- and nanometer-sized powders have many applications in industry. Their structural, chemical, and electrical properties are related and need to be determined in order to make use of these powders. In collaboration with research groups at Asea Brown Bovery (ABB) corporation and the Argonne National Laboratory we studied powders of metals as well as combustion related materials, using Repeated-Contact Electrification, STM, STS, inelastic electron tunneling, AFM, and XPS. Contact Charging of Oxidized Metal Powders, B. A. Kwetkus and K. Sattler Z. Phys. B 82, 87 (1991) Surface Electrical, Chemical and Morphological Properties of Metal Powders, B. A. Kwetkus and K. Sattler Surface Science 275, 201 (1992) Surface Properties of Coal and Pyrite Powders, B. A. Kwetkus, and K. Sattler Appl. Surf. Sci. 68, 139 (1993)

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