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/Home/Technology/Computer Science/Future of Computing/Nanotechnology "Downsizing" by Nicholas Thompson Votes:0 Respond to this Article October 2000 Downsizing Nanotechnology---Why you should sweat the small stuff By Nicholas Thompson We make most everything by tearing stuff apart. To make paper, we plant trees, chop them down, and send the wood through our mills. To make spoons, we yank iron up out of the earth, drop it into blast furnaces to make steel, and then mold and shape it at extreme temperatures. But what if we could work from the bottom up and construct paper from atoms, the smallest building blocks of life and matter? What if we could make a spoon by taking individual iron atoms and locking them together one by one with carbon atoms and whatever else we wanted? It'd sure be easier and cleaner. We could throw away those miners' helmets, plant geraniums in our blast furnaces, and create al Read More Go to Site STM Image Gallery Votes:0 Moving Atoms Welcome to the STM Gallery Click on the map above to enter one of the exhibition rooms or go directly to: Lobby L'Hexagone Blue Period Atomilism The Corral Reef Outside (Yes, there is life outside of the gallery...) You may also want to look at the catalogue for a direct index to all the images. The -icon next to an image brings you to the library which contains references to publications relevant to the image. Feel free to send us your comments about this gallery. --> Thank you for visiting. IBM Almaden Research Center Visualization Lab Home Page [ Back to Visualization Lab home page ] [ IBM home page | Order | Search | Contact IBM | Help | (C) | (TM) ] Read More Go to Site ANU - ANU Supercomputer Facility - ANUSF Votes:0 Search the ANU Website Handbook Admin Areas Phone List Staff Email Student Email Mail Archives for Skip Navigation | ANU Home | Search ANU | Directories | APAC National Facility ANU Supercomputer Facility Home Notices Data Services and Project support Vizlab Training Courses Annual Reports ANU HPC Groups Positions Vacant Internal Web Page APAC National Facility APAC NF Home Facilities and Software Accounts Userguides Tools and Techniques Notices and News Training Courses Help Staff Contacts and Consultancy ANUSF VizLab Overview The ANUSF "VizLab" was established in May 1990 to assist researchers and post-graduate students interpret the data generated by computer simulations, remote sensors and experiments through the application of modern computer graphics techniques. The laborat Read More Go to Site atomasoft.com Votes:0 atomasoft.com Click here to go to atomasoft.com . Read More Go to Site Brad Hein's Nanotechnology Site Votes:0 Brad Hein's Nanotechnology Site Home Site Map Guide Events Resources Search Guestbook Projects What's New | Introduction | Forum | Message Boards | Credits | Send a suggestion News and Updates Affiliate Sites: February 27, 2006: I've done some thinking since this site has been dormant for three years because of my lack of time. I'm going to keep the information on nanotechnology, but include more personal information. I'm working with my web host on getting setup with some new features to make forums and posting journal style easier. February 9, 2003: Site Note: After a very long hiatus, I'm going to work on updating the site more often and fixing nonworking links, some guestbook oddities, adding local forums because the ones I had hosted elsewhere no longer exist, and more. The changes sh Read More Go to Site CORDIS: Nanotechnology: Home Page Votes:0 The information on this site is subject to a disclaimer and a copyright notice. Home EU Funding International Co-operation Financing and Innovation Publications and Events Education and Mobility Safety Aspects Communication and Debate Press Room Welcome to the Nanotechnology Homepage of the European Commission "Nanotechnology is an area which has highly promising prospects for turning fundamental research into successful innovations. Not only to boost the competitiveness of our industry but also to create new products that will make positive changes in the lives of our citizens, be it in medicine, environment, electronics or any other field." (European Commissioner for Science & Research, Janez Poto?nik) Highlights Debate on governance initiatives for the European nanotechnology Read More Go to Site Cornell NanoScale Science & Technology Facility Votes:0 The Cornell NanoScale Science & Technology Facility (CNF) is a national user facility that supports a broad range of nanoscale science and technology projects by providing state-of-the-art resources coupled with expert staff support. 2007 marks our 30th year in operation ( 30th Anniversary Celebration ). Research at CNF encompasses physical sciences, engineering, and life sciences, and has a strong inter-disciplinary emphasis. Over 700 users per year (50% of whom come from outside Cornell) use the fabrication, synthesis, computation, characterization, and integration resources of CNF to build structures, devices, and systems from atomic to complex length-scales. Every week, several new users coming from academia, industry, and government laboratories learn to use the tools available in the Read More Go to Site Error Votes:0 SCIENTIFIC AMERICAN COMMUNITY SCIENTIFIC AMERICAN DIGITAL 60-SECOND SCIENCE scientific american community sections News Features Blogs & Opinion Sci-Doku Puzzling Adventures Today's Trivia Strange But True Fact or Fiction Ask the Experts Podcasts Videos Slideshows Image Gallery magazines Scientific American Scientific American Digital Scientific American Mind subscribe Scientific American Scientific American Digital Scientific American Mind health space technology biology mind & brain earth & environment archaeology & paleontology physics chemisty math society & policy history of science Sorry You have reached this page due to an error. Please try refreshing the page or visiting our home page at www.sciam.com. If you continue to experience this problem, please contact webmaster@sciam.com W Read More Go to Site Fourmilab Votes:0 This document requires frames, which your browser does not appear to support. Please visit our no-frames table of contents . Read More Go to Site Gallery of Molecular Machines Votes:0 NASA Sponsored Computational Nanotechnolology Project Atomistic Design and Simulations of Nanoscale Machines and Assembly Nanotechnology Report 1998 Nanotechnology Report 1997 Nanotechnology Final Report (1999) Contributed Papers from MSC to 5th Foresight Conference on Molecular Nanotechnology Contributed Papers from MSC to 6th Foresight Conference on Molecular Nanotechnology. Contributed Papers from MSC to 7th Foresight Conference on Molecular Nanotechnology. Molecular Planetary Gear Molecular mechanics and molecular dynamics studies are carried out at the MSC by Tahir Cagin , Guaghua Gao , Jinsong Hu and W. A. Goddard III on the Molecular Planetary Gear proposed by R. Merkle and E. Drexler. These all atom simulations employed Dreiding Parameters for the interactions. Still views of the m Read More Go to Site Home Votes:0 Nanoscale science department Welcome to the website of the Nanoscale science and technology group at the IBM T. J. Watson Research Center, Yorktown Heights, New York. Our group uses scanning tunneling microscopy (STM) and atomic force microscopy (AFM) as structural probes, and, along with electron beam lithography, as tools for the modification of materials at the atomic and nanometer scales and the fabrication and study of nano-electronic devices. Currenly, we are investigating carbon nanotubes, nanolithography and silicon nanoelectronics Carbon nanotubes : their structure, properties and uses in nano-electronic devices . The nanometer-scale local oxidation of semiconductors and thin metal films and its use for the fabrication of novel electronic devices Carbon nanotubes Ring oscillator [ Read More Go to Site IBM Research | (none) | Redirect Votes:0 Country/region [ change ] Terms of use All of IBM Home Products Services & solutions Support & downloads My account IBM Home IBM Research Think Research Technical Disciplines Cross-Disciplines Who we are What we do Search research Feedback Redirect Your browser did not accept the automatic redirect. Please click through to: http://research.ihost.com/eipbn/ About IBM Privacy Contact Read More Go to Site Institute for Molecular Manufacturing Votes:0 related sites Foresight Institute Eric Drexler Ralph Merkle Robert Freitas Zettl Research Group Schafmeister Group NanoRex home research publications activities public policy about IMM contact IMM support IMM Molecular differential gear, an early IMM funded project next » Molecular Manufacturing Molecular manufacturing is a future technology that will allow us to build large objects to atomic precision, quickly and cheaply, with virtually no defects. Robotic mechanisms will position and react molecules to build systems to complex atomic specification. The theoretical capabilities and performance of these systems have been analyzed for over fifteen years, molecular machine components are being built now, and molecular manufacturing could mature within the next ten years. When it becomes ava Read More Go to Site Institute of Atomic-Scale Engineering Votes:0 Institute of Atomic-Scale Engineering Featuring some of the inventions of Forrest Bishop Questions and comments on this material are welcome. (Year of conception in parentheses) I mages Digital Animations A Note on Plagiarism "Teleportation" Projecting matter beams through space. Capturing and decelerating in a reverse-particle accelerator. Scanning, disassembly and re-assembly of humans and other objects (now called molecular nanotechnology). 7 th Grade science paper. (1967) InterPlanetary Mass Driver (IPMD) Independently invented pellet-stream propulsion. Invented beam-propulsion space transportation network. Hyperbolic beam from high-orbiting Mass Driver intercepts low circular-orbit beam-rider spacecraft. (1981) Space Cables Independently invented Orbital Loops. Loop in low M Read More Go to Site Institute of Nanotechnology Votes:0 www.nano.org.uk / Home | Log in | Site Map | Contact Us Current Activities About the Institute Previous Events Advisory Group Contact Us Log In Membership Benefits Sign Up Reports Report payments Event, CD & Membership payments Report payments What is Nano? Introductory CD Glossary Pioneers Today's Nano News Current Nano News News Archive & Forum IoN Events Events Worldwide IoN Conference payments Previous IoN Events Careers Situations Wanted Situations Vacant NanoMasters Course Directory Courses Education links HOME --> About the Institute Membership area What is nano ? nano Reports nano News nano Events nano Education nano Jobs nano Books nano Images nano Links Order Online Advertising Rates FREE nano Newsletter Sign-up now to receive the latest news and important announcements, upcoming Read More Go to Site Introduction Votes:0 Introduction The fate of the world is determined by our actions and decisions, and many of the most profound decisions and actions are made by the largest of actors: states. The range of possible behaviors for states is partly delineated by the relations among them, as each state must always act in a world of other states. Kingdoms, republics and empires have risen and fallen over the millennia, their fortunes determined at all points by their store of power (1) , and by their ability to use it in the world in which they acted. There are many sources of power, and the relative value of those sources to a nation has fluctuated historically. At one time, a nation's army may have been her most valuable asset. At other times, her store of gold, her population, her navy, her factories and techn Read More Go to Site Laboratory for Molecular Robotics at USC Votes:0 Laboratory for Molecular Robotics The Laboratory for Molecular Robotics (LMR) was founded in 1994 with the primary goal of studying manipulation of molecular-sized components with Scanning Probe Microscopes (SPMs). As we became increasingly proficient at nanomanipulation, our goals were broadened to include most of the emerging area of nanorobotics, which encompasses: Programmable assembly of nanoscale components (i) by manipulation with SPMs (or other robotic devices), (ii) by passive self-assembly on programmed templates, or (iii) by active self-assembly of robotic components. Design and fabrication of nanorobots with overal dimensions at or below the micrometer range and made of nanoscopic components. Programming and coordination of large numbers of such nanorobots. Seminar --> History Read More Go to Site Molecular Manufacturing Shortcut Group (MMSG) Votes:0 Molecular Manufacturing Shortcut Group A Chapter of the National Space Society Our Mission: PROMOTE THE DEVELOPMENT OF NANOTECHNOLOGY AS A MEANS TO FACILITATE THE SETTLEMENT OF SPACE Our Long Range Goal: Inform Government, Industry, Academia, the Space activist community, chapter members and the public in what molecular nanotechnology is and how it can be used to facilitate the development of Space. What is MMSG? The Molecular Manufacturing Shortcut Group is a subject based chapter of the National Space Society . This chapter was organized to promote nanotechnology as a path to the creation of a spacefaring civilization. MMSG members receive a quarterly newsletter and have access to presentation materials on molecular manufacturing. Dues are $12/year(U.S.). A membership form should be sent Read More Go to Site Nanostructure Laboratory Votes:0 Mission: New nanotechnologies that will fabricate structures substantially smaller, better, and cheaper than current technology permits. Innovative nanoscale electronic, optoelectronic, magnetic and biological devices and meta-materials by combining cutting-edge nanotechnology with frontier knowledge from different discipline Projects: Nanofabrication Nanoelectronics Nano-optoelectronics Nanobiology Nanomagnetics Directions to NSL The Princeton Nanostructures Laboratory operates under the direction of Professor Stephen Y. Chou in the Department of Electrical Engineering . Members Only Read More Go to Site Nanotechnology - Foresight Nanotech Institute Votes:0 Contact Us Join Email List Email Search About Foresight News & Events Foresight Challenges Roadmap About Nanotech Resources Blog Members Store Advancing Beneficial Nanotechnology Foresight is the leading think tank and public interest institute on nanotechnology. Founded in 1986, Foresight was the first organization to educate society about the benefits and risks of nanotechnology. At that time, nanotechnology was a little-known concept. Today, with the basic framework of public understanding in place, we are refocusing our efforts on guiding nanotechnology research, public policy and education to address the critical challenges facing humanity. Foresight’s new mission is to ensure the beneficial implementation of nanotechnology. Foresight is accomplishing this by providing balanced, Read More Go to Site Nanotechnology Database Votes:0 L O Y O L A COLLEGE IN MARYLAND This site is designed to present up-to-date sources of information on nanotechnology in the following areas: major research centers, funding agencies, major reports and books. Each component has been carefully reviewed and selected. This site is expected to grow with the continued support and updates from those organizations and individuals working in the field. The summaries which appear were taken directly from each of their respective sites. Research and Development Centers on Nanotechnology Academic Industry National Laboratories List Your Center on this Website Funding and Sponsoring Agencies and Societies Government Professional Societies Non-Profit Organizations Major Research Reports and Publications Books Periodicals Reports Submit Your Publication Read More Go to Site Nanotechnology Redirect Page Votes:0 Temporary redirect to Nanotechnology. Please bookmark the new location. http://www.mitre.org/tech/nanotech/index.html Read More Go to Site National Nanotechnology Initiative Votes:0 Home Site Map Search Contact Us Privacy Policy About the NNI About the NNI Home Government Departments & Agencies History Funding Strategic Plan NSET Members NNCO Meetings and Symposia Nanotech Facts Nanotech Facts Home What is Nanotechnology? Applications/Products Benefits of Nanotech FAQs Research Research Home Research News Industry Collaborations Society & Safety Societal Dimensions Home Education and Workforce Needs Environment, Health and Safety Occupational Safety NEHI Working Group Responsible Development and International Development Ethical, Legal and Societal Issues Funding Societal Dimensions Funding Opportunities Funding Opportunities Home Current Solicitations Business Development Funding Partnerships Fellowships Nanotechnology Centers Nanotechnology Centers Home NNI Centers Read More Go to Site Reason Magazine - It's a Small, Small World Votes:0 Reason Magazine Contact Subscribe Site Search Home Subscribe Contact Us Reason Staff Contributors Print Archives Cover Gallery Hit & Run Brickbats Podcasts RSS Feeds Topics About Us Subscriber Services Support Reason Advertise Reason Stuff Events Submissions Site comments/questions: Mike Alissi Media Inquiries and Reprint Permissions: Chris Mitchell (310) 367-6109 Editorial & Production Offices: 3415 S. Sepulveda Blvd. Suite 400 Los Angeles, CA 90034 (310) 391-2245 ADVERTISEMENTS It's a Small, Small World "Nanotechnology" promises endless abundance courtesy of molecule-manipulating robots. Is that nuts? And do we want it? Ed Regis | December 1995 Print Edition On June 26, 1992, at exactly 9:30 in the morning, K. Eric Drexler arrives unaccompanied at room 53 of the Russell Senate Office Bui Read More Go to Site SmallTimes:Daily articles covering MEMS, nanotechnology, microsystems, + nanotechnology Stock, with a business angle Votes:0 Thursday, November 22, 2007 Home News & Current Issue Editorial Info Events Resource Center Glossary Store Census Directory Advertise Contact Us Industry Jobs Manufacturing Finance R&D Legal Education Profiles Bio Consumer Nanotech Stock Defense Energy Environment Electronics Photonics Materials Tools Auto/Aero New Microfluidizer processor enables nano-suspension/emulsion production Microfluidics' latest Microfluidizer processor, the M-110EH-30, now incorporates both diamond and ceramic interaction chambers. Designed to produce small batches of nano-suspensions and nano-emulsions, it can generate shear rates that Microfluidics says are orders of magnitude greater than other fluid processing or mixing equipment. Roadmap for Productive Nanosystems rolled out at two-day workshop The Society o Read More Go to Site Stony Brook Buckyball Home Page Votes:0 Department of Physics and Astronomy !--> This WEB page is about the fullerene-related research in Laszlo Mihaly's laboratory at the Physics Department in SUNY @ Stony Brook . Our campus is located on Long Island , New York. Here are short descriptions of how to get to Stony Brook , to the Physics Building and to the seminar room . We study the fundamental properties of Fullerenes (Carbon-60) and doped fullerenes . A recommended review paper on these materials is "Electronic properties of doped fullerenes , by L. Mihaly and L Forro, (Reports on Progress in Physics, 64, 649-700 (2001)) . Many of our experiments are carried out at Stony Brook, and we also do measurements at the National Synchrotron Light Source at Brookhaven National Laboratory . Links to past and present members of the group Read More Go to Site WIRED SCENARIOS: - The Museum of Nanotechnology CharlesPlatt Votes:0 The Units of Nanotech : 1 millimeter = 1/1000th of a meter : 1 micron = 1/1000th of a millimeter : 1 nanometer = 1/1000th of a micron Developed in 2005 by BioDevices Inc., based in Mountain View, California, this chip was the first commercial use of an organic compound for data storage. "Biological sludge" consisting of a crystalline protein was chemically tailored to bond onto access points on a RAM chip. The sludge accreted in 10,000 additional layers, and each layer stored almost as much data as the original chip. The finished product was able to hold 10 Gbytes. In 2005, a Dutch-US consortium perfected the application of "bumps" of atoms on an ultrasmooth surface to represent bits of data - creating a revolutionary new storage medium . A massive array of 10,000 tiny, independent mechani Read More Go to Site

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