81. Centre For Quantum Computer Technology :: Publications CJ Wellard, LCL Hollenberg and CI Pakes, Singlequbit operationson the Kane quantum computer , nanotechnology 13, 570 (2002). http://www.qcaustralia.org/publications7.htm

PUBLICATIONS 7 Publications 2000 Conference Presentations 2000 Centre Seminars 2000 Publications 2001 ... Centre Seminars 2002 Publications 2002 JOURNAL PAPERS (Published or Accepted Papers) University of New South Wales L. Oberbeck, "Low-temperature epitaxial growth of Si and SiGe films", Book chapter - Growth, characterization and electronic applications of Si-based thin films, Volume Editor: R. B. Bergmann, to be published by Trans World Research (2002). L. Oberbeck, N.J. Curson, M.Y. Simmons, R. Brenner, A.R. Hamilton, S.R. Schofield and R.G. Clark, "Encapsulation of phosphorus dopants in silicon for the fabrication of a quantum computer", accepted for Applied Physics Letters (2002). R.G. Clark, P.C. Hammel, A.S. Dzurak, A.R. Hamilton, L.C.L. Hollenberg, D.N. Jamieson and C.I. Pakes, "Towards a silicon-based nuclear-spin quantum computer", Los Alamos Science, 27,2 (2002). M.E. Hawley, G.W. Brown, M.Y. Simmons and R.G. Clark, "Fabricating a qubit array with a scanning tunneling microscope", Los Alamos Science, 27, 302 (2002).

82. The Division Of Computer Science Search all RU The Division of computer and Information Sciences promotes interdisciplinary links between computer Science and other disciplines in the Sciences, Engineering and Arts. http://www.cs.rutgers.edu/

Division News: Press Releases Events and Talks Research Groups Faculty Search DCIS Search all RU Maintained by web@cs.rutgers.edu The Division of Computer and Information Sciences promotes interdisciplinary links between Computer Science and other disciplines in the Sciences, Engineering and Arts. Officially launched in 2001 it will include the Computer Science Department and several interdisciplinary research centers. The first center of the Division, The Center for Computational Biomedicine Imaging and Modeling, was founded in April of 2001. Director: Dr. Tomasz Imielinski Department of Computer Science (DCS) ... (LCSR) What's New! Prof. Bianchini receives NSF CAREER award Dr. Landi's and Professor Ryder's PLDI paper selected one of 50 most influential Professors Imielinski and Nath get 10 year VLDB best paper award Five new faculty members joining the Department in Sept 02: Ahmed Elgammal,

83. Nanotechnology AmericanSingles.com View photos of singles in your own area from over 5 million members. Create your own profile for free! Click here to meet BigBadDiablo, 25 year old Male Seeking Female from texas. 'How are you Governor? lets see Im a bit crazy http://www.iop.org/Journals/na

@import url(http://ej.iop.org/style/nu.css); Journals sitemap: IOP home page IOP online services EJs HOME JOURNAL HOME   - Editorial information   - Scope   - Editorial board   - Submit an article   - Pricing and ordering   - Request sample copy EJS EXTRA   - IOP Select   - IOP Physics Reviews   - BEC Matters! SEARCH   - Content finder   - Default searches AUTHORS   - Submit an article   - Status enquiry   - Get LaTeX class file   - Classification schemes   - Scope   - Editorial board REFEREES   - Submit referee report   - Become a referee   - Update personal details   - Classification schemes   - Scope   - Editorial board LIBRARIANS   - Register your institution   - Pricing and ordering   - Library branding   - How to link to IOP journals   - Librarian help USER OPTIONS   - Create account   - Lost password Login Create account Alerts Contact us Journal home Editorial information Scope Editorial board Abstracted in ... nano@iop.org Related content nanotechweb.org IOP Select (new window) IOP Physics Reviews IOP journal news BEC Matters! IOP books (new window) IOP journal archive Latest issue Vol 14, No 5, May 2003 (L7-L10, 487-570)

84. Buy The Research Report "Nanotechnology R&D And Commercial Buy the Research Report "nanotechnology R D and Commercial Implications Technologies, Opportunities and Market 2001" at MarketResearch.com Shop at MarketResearch.com for premium market research reports. nanotechnology is an exciting emerging http://redirect-west.inktomi.com/click?u=http://www.findmarketresearch.com/marke

85. R&D: Whose Computer Is Fastest Of All? The Discover web site brings you the world of science the latest research news, a guide to the hottest scientific web sites, enhanced versions of articles from Discover magazine, and a fulltext archive. Jack Dongarra, a computer scientist at the University of Tennessee, has been tracking He gives each computer a set of linear equations to solve. http://www.discover.com/oct_02/breakcomputer.html

Whose Computer Is Fastest of All? Combustible Corpses Do Cell Phones Put Blinders on the Driver? Why We Celebrate Labor Day ... Follow Up: Spinning to Oblivion DISCOVER Vol. 23 No. 10 (October 2002) Table of Contents News of science, medicine, and technology Whose Computer Is Fastest of All? by Hannah Hoag Japan has ousted the United States and jumped to first in the latest ranking of the world's fastest supercomputers. Jack Dongarra, a computer scientist at the University of Tennessee, has been tracking the progress of the world's best number-crunching machines since 1993. Twice a year, he publishes a list of the 500 champs (see www.top500.org Five times faster than number 2, the NEC-built Earth Simulator in Yokohama, Japan, models terrestrial climate and plate tectonics. Speed: 35.86 teraflops (trillion operations per second). Two years old and at the top of the list just seven months ago, Lawrence Livermore National Laboratory's ASCI White simulates the aging of U.S. stockpiled nuclear weapons. Speed: 7.23 teraflops. The LeMieux ("the best") supercomputer at the Pittsburgh Supercomputing Center tackles academic calculations for researchers affiliated with the National Science Foundation. Speed: 4.46 teraflops.

86. Small Is Beautiful: A Collection Of Nanotechnology Links nanotechnology Laboratories. Laboratory for Molecular Robotics University of SouthernCalifornia. Ned Seemans lab at NYU. Xerox PARC. nanotechnology Journals. http://www.nas.nasa.gov/nanotechnology/links.html

This page is no longer maintained. Many of the links are broken and no new links are added. The page is left on the Web as a courtesy to those with found useful. Computational Nanotechnolgy Computational Molecular Nanotechnology at NASA Ames Research Center Materials and Process Simulation Center (MSC) at the California Institute of Technology Computational Nanotechnology by Ralph Merkle . See his list of computational results Concurrent Computing Laboratory for Materials Simulations, Louisiana State University D.H. Robertson:Selected Research Projects Molecular Manufacturing and Nanorobotics Stanford NanoFabrication Facility Home Page John Walker: Nanotechnology in Manufacturing Molecular Assembly Sequence Software (MASS) The Nanomanipulator Project (UNC Chapel Hill) ... Information Theory and Molecular Recognition page Tom Schneider USB Buckyball home page Steps Towards Molecular Manufacturing Markus Krummenacker Molecular Manufacturing: Adding Positional Control to Chemical Synthesis Ralph C. Merkle Nanotechnology Laboratories Laboratory for Molecular Robotics University of Southern California MIT Nanostructures Laboratory (NSL) Molecular Structure Laboratory SUNY Stony Brook Centre d'Ingenierie et de Modelisation Moleculaire (CIMM) Ned Seemans lab at NYU Xerox PARC Nanotechnology Journals Journal of Computer-Aided Molecular Design Nanotechnology Nanotechnology Magazine Conferences The Foresight Conferences on Molecular Nanotechnology March 1996 NASA Ames Computational Molecular Nanotechnology Workshop DNA nanotechnology

87. ROAR.com Computer Hardware Roar's best sites for computer Hardware. PARTS Toll free 866PARTS-911 orclick for best price ! Best source for computer parts and technology ! http://nano-technology.com/i-world

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88. Autoimmune Computer Systems, Methods That Mimic Biological Immune Thread Previous Thread Next Message Previous Message Date Posted 05004412/11/02 Wed Author Brain Subject Autoimmune computer systems, methods http://www.voy.com/28371/133.html

89. Practical Quantum Computers Are Another Step Closer -- Nanotechnology The Magic This allows each qubit to participate in more than one calculation at once, whichis why a quantum computer can run a large number of computations in parallel. http://www.voy.com/28371/186.html

VoyForums Homepage Create a New Forum Owner Login VoyForums News Help Desk VoyForums Exchange FAQ - Frequently Asked Questions Directory/Categories Search VoyForums Contribute: Support VoyForums Contact Forum Admin Main index Post a new message Next Thread ... Previous Message Date Posted: 03:39:38 01/08/03 Wed Author: Brain Subject: Practical quantum computers are another step closer Practical quantum computers are another step closer Jan 2nd 2003 From The Economist print edition Stephan Gulde, of the University of Innsbruck, in Austria, and his colleagues have built a prototype machine whose chief working part is a single atom of calcium, and they have run a program on it. Conventional computers manipulate binary digits (bits). Quantum computers manipulate “qubits” (quantum bits). A bit represents a numerical value of one or zero. However, owing to the uncertainty principle (which says that you can never have perfect information about the behaviour of a very small object) a qubit can represent a one and a zero simultaneously. This allows each qubit to participate in more than one calculation at once, which is why a quantum computer can run a large number of computations in parallel. The problem is manipulating the qubits. Setting their initial values is hard. So is reading the results. And while the computation is performed, different qubits must interact with each other in carefully controlled ways—aptly known as entanglement—while being kept isolated from the environment outside the computer. The test to which Dr Gulde put his computer was running the “Deutsch-Jozsa” algorithm. This algorithm, named after David Deutsch and Richard Jozsa, two of the pioneers of quantum computing, is a way to check if a coin is fair or not. A coin is considered to be fair if it has heads on one side and tails on the other. If it has heads or tails on both sides, it is deemed unfair.

90. Computer Science And Mathematics Sponsors. Visitor Info. Search ORNL. Comments. Disclaimers. Computational NanotechnologyArchival page 2002. Intelligent and Emerging Computational Systems Section http://www.csm.ornl.gov/nano.html

CSM Home About Us Org Chart Contacts Employment Staff Only Research Resources Projects Publications Software Groups Climate Dynamics Complex Systems Computational Biology Computational Materials ... Systems and Operations Links ORNL Home CCS Home Contact CSM Collaborate ... Comments Computational Nanotechnology Archival page 2002 Intelligent and Emerging Computational Systems Section The Computational Nanotechnology group conducts research in design, prototyping, analysis and use of nanodevices for computation. Staff J. Wells , Group Leader ( Wigner fellow Y. Braiman A. Fijany L. Maya (Chemical and Analytical Sciences div.) E. M. Oblow V. Protopopescu D. Reister inside-csm employee info computing info development ... search URL http://www.csm.ornl.gov/nano.html Updated: Tuesday, 17-Dec-2002 17:30:04 EST webmaster

91. Nanotechnology Timeline nanotechnology Timeline. Click on either the nodes or lines for more information, Thepurpose of this project. How realistic is Drexlerian nanotechnology? http://www.lucifer.com/~sean/N-FX/

Nanotechnology Timeline Click on either the nodes or lines for more information NODES (= milestones). Clicking on a milestone calls up an FX claim description on the deliverable (payoff scaled by year), a resource list, and links to the predecessor and successor activities and milestones. 6-axis Nanomanipulator Macromolecular Engineering Macroscale replicator Nanocomputer ... Nanoscale Actuator to 6-axis Nanomanipulator The purpose of this project How realistic is Drexlerian nanotechnology? When can we expect to see molecular manufacturing? What are the major milestones along the way, and are we making progress on them? When can we expect to see (more) commercial products based on nanotechnology? What are the obstacles? The focus of this project is to further develop the critical path diagram of the anticipated developments required to get to a nanoscale replicator. Please send me suggestions for improving these pages, especially in terms of content: new milestones, flesh out the descriptions of existing milestones, or argue about the dependencies. This evolving document is the intersection of two of my hobby projects: nanotechnology , and The Foresight Exchange , our implementation of Robin Hanson's idea futures concept.

92. U.S. Faces Nanotechnology R&D 'Dogfight' - Computerworld US Faces nanotechnology R D 'Dogfight' Europe, Asia are matching US funds By PATRICKTHIBODEAU SEPTEMBER 23, 2002 Content Type Story Source Computerworld. http://www.computerworld.com/governmenttopics/government/policy/story/0,10801,74

Computerworld IDG.net Careers CRM Data Mgmt Development E-business ERP/Supply Chain Hardware IT Management Mobile/Wireless Networking Operating Sys ROI Security Storage Web Site Mgmt xSP Home Browse Topics Government Government Policy > Story Europe, Asia are matching U.S. funds By PATRICK THIBODEAU SEPTEMBER 23, 2002 Content Type: Story Source: Computerworld Government Knowledge Center Government News Discussions Vendor Listing Resource Links Reviews White Papers Government XML Feed Mobile Channel E-mail newsletters Knowledge Centers Careers CRM Data Management Development E-business ERP/Supply Chain Hardware IT Management Networking Operating Systems ROI Security Storage Web Site Mgmt xSP More topics... Departments QuickStudies SharkTank FutureWatch Careers Opinions/Letters More departments... Services Forums Research QuickPolls WhitePapers Buyer's Guide More services... WASHINGTON Countries in Europe and Asia are keeping pace with U.S. spending on basic research in nanotechnology, according to experts in that area. Consequently, U.S. investment in the technology, which manipulates matter atom by atom and is expected to spur a computing revolution, is only about 25% of the world's total. As foreign spending increases, nanotechnology companies in the U.S. are struggling to find funding.

93. The British Computer Society - Manchester Branch Press Here to Enter http://www.bcs.org.uk/branches/man/

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94. The Nanotechnology (Macro) Book Site The nanotechnology (Macro) Book Site. nanotechnology Molecular Speculationson Global Abundance By BC Crandall The way of the future http://www.a-ten.com/z/nanotech.html

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95. Cyril Fievet - Articles - Computer Bits business on the planet. But undoubtedly, one of the major areas impacted by nanotechnologyapplications is It's an important step towards a quantum computer. http://www.6711.com/art/bit_nano.htm

First published in Computer Bits , in December 2002 (written in October 2002) (the original article may be slightly different from the one below) Nanotechnology: The future is now Nano Now Show me the (nano) money One world, many applications You could ask what this money is being used for? Actually, for many things. The point with nanotechnology - or more exactly, nanotechnologies - is that it has potential applications in virtually any industrial field. Once you start to think about creating something out of matter - atoms and molecules - you can imagine anything. According to Robert Freitas, author of the book Nanomedicine and researcher at Zyvex, the oldest nano-company, "Nanomedicine will eliminate virtually all common diseases of the 20th century, virtually all medical pain and suffering, and allow the extension of human capabilities - most especially our mental abilities." Nanoputers? Take storage. What we know now is often based on "holes". CDs are basically plastic disks on which laser-made holes represent bits of data. What about reducing the size of these holes? That's precisely what IBM folks are working on. At IBM Zurich Lab, researchers demonstrated this year the results of the Millipede project, a new technology able to store data with a density 20 times higher than the one of magnetic storage. In Millipede, thousands of molecular-sized tips are used to punch indentations representing individual bits into a thin plastic film. To figure out how small these indentations are, try to consider that the dot at the end of this sentence could contain about 50,000 of them (didn't I tell you that we were dealing with very small stuff?). With this kind of technology, we could be able to store the content of 100,000 books, or 25 DVDs, on a single post stamp (a piece of paper we used a long time ago to send mail).

96. TRN Glossary N The products of nanotechnology are likely to include tiny mechanical devices andcomputer circuitry far smaller than is possible with today's semiconductor http://www.trnmag.com/Glossary/NglossaryN.html

A B C D ... Z Nanotechnology: The science of building microscopic devices out of individual molecules or small numbers of molecules. The devices are measured in nanometers. A nanometer is one millionth of a millimeter, or about 10 carbon atoms long. The products of nanotechnology are likely to include tiny mechanical devices and computer circuitry far smaller than is possible with today's semiconductor technology. Natural Language Processing: Converting information expressed in spoken and written human languages into computer input via specialized software. Natural Language Processing is at the forefront of efforts to shift the burden of effective human-computer communication onto computers. Networking: Connecting computers to allow them to communicate and share information and resources. There are three types of computer networks: Local Area Networks connect computers within a room, building or campus. Wide Area Networks connect computers across long distances. The Internet connects university, government and corporate networks into a single, global network of networks. Layers of

97. Purdue Board Of Trustees: Major Building Decisions Trustees OK arts building contract. Funds for computer science, nanotechnologystructures allotted. Trustees' action on other facilities http://www.purdue.edu/PER/010710.BOT_build.html

Trustees OK arts building contract Funds for computer science, nanotechnology structures allotted Trustees' action on other facilities projects, other matters Board re-elects its officer; Au.D. program, chancellor appointment OK'd The Board of Trustees on Friday awarded a $21.2 million contract to construct the Visual and Performing Arts building on the West Lafayette Campus. Trustees also authorized design and planning for a $20 million computer science building and approved hiring a design firm to plan a nanotechnology research facility. The board also authorized planning for infrastructure and utility extension work, estimated to cost $5.7 million, to support the nanotechnology facility and a proposed research complex planned for the west end of the West Lafayette Campus. "These projects will have a significant impact on our academic and research missions, and on the state's economic development," says President Martin Jischke. "They will provide the needed facilities for Purdue arts programs and allow us to consolidate and harness the potential of our Department of Computer Sciences. Research in nanotechnology has the potential to foster a major new high-technology industry for Indiana." The trustees awarded the arts center contract to H.G. Cristman Construction of South Bend, Ind., which will do the work for $21.2 million. Because the bids exceeded state funding and private donations acquired for the project, the interior theatrical space and some art education labs will be left unfinished. Unspecified additional private funds will be raised to complete this unfinished space, says Kenneth Burns, executive vice president and treasurer.

98. HP Researchers Claim Nanotech Breakthrough Businesses have invested significantly in nanotechnology, the science of creatingcomputer components and other structures measuring 100 nanometers or less (a http://www.newsfactor.com/perl/story/19343.html

HP Researchers Claim Nanotech Breakthrough Send this Article Print this Article Talkback Related Stories By James Maguire NewsFactor Network September 9, 2002 Researchers at IBM have created a memory storage device measuring approximately one square inch that holds 25 million pages of text. The company hopes to market the device by 2005. In This Story: HP's Research Direction Crowded Field Ahead of the Curve Related Stories In what they claim is a major step forward in the field of nanotechnology, scientists at Hewlett-Packard (NYSE: HPQ) have announced they have developed a 64-bit computer memory chip that fits inside a square micron, or one-millionth of a meter. Although the chip's capacity is currently too low to be commercially viable, many companies expect chips developed with nanotechnology to become a major market force within several years. Businesses have invested significantly in nanotechnology, the science of creating computer components and other structures measuring 100 nanometers or less (a nanometer is one-billionth of a meter). Computer makers, in particular, see advantages in the technology of miniaturization, which enables development of chips that are not only smaller, but also faster and cheaper. And, scientists say, this new technology creates still more vistas for computer research, because matter behaves differently at the nanometer level.

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