61. Nanotechnology: Metallic And Magnetic Nanowires Advanced nanotechnology research and technology Ultrathin nanowire fabrication, simulation and visualization of quantum devices. http://www.eurotechnology.com/nano/

HOME imode Nanotech Blue Laser COMPANY site index Japanese ... Send us email who we are... Team Management Corporate Information Roadmap to our office Nanotechnology Device Simulations Tokyo Univ Lab Record JapanInformation New opportunities (Stanford Univ. talk) DoingBusinessInJapan High-Tech ... Creative Destruction... Eurotechnology (deutsch) JapanInformationen JapanInfo (deutsch) Welcome to Eurotechnology-Japan! We are a business development company located in Tokyo/Japan. We build the Japan business for European and US corporations and vice-versa we build EU operations for Japanese corporations. We focus on high-technology including wireless internet (incl. imode). We are young, fast and creative. We overcome barriers. We demand commitment and passion. We have a deep human global network. We create your success in Japan's high-tech world: send us an email or join our mailing list: Subscribe to our free newletter - enter your Email address: Interested in nanotechnology? Eurotechnology Japan K. K. plans, supports and implements international business projects which bridge the USA-Japan and Europe-Japan interfaces. Eurotechnology is specialized in the areas of electronics, opto-electronics telecom internet,

62. Logistics And Supply Chain - Feature Articles From This Site Similar pages nanotechnology Industry PortalExtensive, wellstructured, and thoughtfully annotated links for all aspectsof the nanotechnology industry. Advertisement. nanotechnology Industry. http://nanotech.about.com/science/nanotech/

zfp=-1 About Logistics/Supply Chain Search in this topic on About on the Web in Products Web Hosting Logistics/Supply Chain with Jeff Ashcroft Your Guide to one of hundreds of sites This page delivered by: Home Articles Forums Chat ... Help zmhp('style="color:#fff"') Subjects ESSENTIALS New Chat Schedule Fall Chat Transcripts Chat Transcripts ... All articles on this topic Business Directory Consulting Services Dedicated Logistics E-Logistics Global Logistics ... Third-Party Logistics (3PLs) Stay up-to-date! Subscribe to our newsletter. Advertising Free Credit Report Free Psychics Advertisement Most Recent Articles The Culture of Collaboration Managing Supply - Supplying Management New insights into how companies are effectively adapting to change in the supply chain process summarized by Susan Williams from interviews by Rich Lapin with four industry executives. Collaboration is Tops The Need for SCM Standards Have you felt the great inertia which seems to have been holding back the advancement of total supply chain management over the past few years? To make the next major leap in the widespread implementation of supply chain management requires new standards for both scm implementation and the supporting technologies Wireless - Paramount in Cargo Security Nithyasree MG of Pervagus Mobile Technologies provides a well thought out review of the challenges inherent in moving to higher levels of cargo security facilitated by wireless technologies.

63. Nanotechnology And Cryonics An introduction by Jerry Emanuelson of Colorado Futurescience. 3 printed pages. http://www.webcom.com/cfsc/nanocryo.html

NANOTECHNOLOGY In the final analysis, aging and death have only one cause: for whatever reason, the atoms and molecules in our bodies have moved from their proper positions; and other molecules and atoms have moved into positions where they should not be. The molecular machinery in our bodies maintains our lives by handling molecules at the molecular level. A molecular machine is a large molecule that manipulates other molecules, one at a time. We put random assortments of molecules, in the form of food, into our bodies; but these molecules are useless without the intricate molecular machinery in our bodies that sorts through the molecules, rearranging them as necessary, and transporting them to their proper places. When we take a supplemental vitamin or hormone or a medicine, all we can do with today's technology is to inject it into our bloodstream or swallow it, and hope that the body's molecular machinery will transport and use the substances properly. During surgery, even the most precise microsurgery, the surgeon's scalpel slices through thousands of cells moving trillions of molecules out of their proper positions. At the cellular level, every surgical procedure is an unbelievably crude operation. The surgeon relies heavily on the molecular machinery of the body to put things back in position after the surgery is over. If we could develop machines the size of viruses to continuously and efficiently maintain the molecules of our bodies, augmenting the natural molecular machinery in our bodies, we would never get sick. Such maintenance would have to include getting rid of the molecules that aren't supposed to be there.

64. Nanotechnology nanotechnology. Kadath in the Cold Waste by Edward Keyes. Short storycovering many transhuman questions. The Memetics of nanotechnology. http://www.aleph.se/Trans/Tech/Nanotech/

Transhuman Page Technological Sphere Nanotechnology Nanotechnology is the postulated ability to manufacture objects and structures with atomic precision, literally atom by atom. This would mirror the abilities of living cells (which do exactly the same thing, although based on evolution and not design). This technology will have tremendous potential if it can be developed; simple applications involve the creation of new and powerful materials, perfect diamond in bulk quantities and a tool to manipulate objects on any scale. More advanced applications would involve massively parallel nanocomputers, self-replication and more or less bright nanodevices able to interact with their surroundings. Since there are tremendous amounts of material on nanotechnology and its possibilities, implementation and limitations, I will concentrate mainly on its applications in transhumanism and some technical aspects. Sections Introduction Other Websites Organizations Technology ... See Also Introduction What is Nanotechnology?

65. Avogadro Partners, LLC Focus venture development group and venture capitalist seeking earlystage opportunities in microtechnology and nanotechnology. http://www.avogadro.us/

Avogadro is a Seattle, Washington based venture development and investment firm that focuses on building technology companies with a special focus on Small Technology: nano- and micro- technologies. We believe that significant companies are best built in close working partnerships with entrepreneurs. Our approach combines a specialized investment focus with active management and long-term commitment to ensure the highest rates-of-return for both entrepreneurs and investors. SEATTLE, WASHINGTON, December 20, 2002. Intelligent Ion, Inc. today announced that it has been awarded a $180,000 research and technology development grant from the Washington Technology Center (WTC). The funding will be used at the University of Washington – in collaboration with Professor Bruce Darling – to develop a novel and revolutionary approach to mass spectrometry. It will result in Intelligent Ion’s next generation Ultra Miniature Mass Spectrometer (UMMS). This breakthrough technology will be a signature event in spectroscopic instrumentation. The core MS engine of the UMMS will fit on a printed circuit board smaller than a postcard. The final instrument, including MS-engine, pump, power supplies, and battery will be the first truly handheld, portable mass spectrometer on the market. The UMMS will serve a broad range of applications including process control, environmental monitoring, national security, and law enforcement. Based in Seattle, Washington, Intelligent Ion, Inc. is dedicated to harnessing breakthrough technologies to make biochemical and chemical information more accessible to industry, medicine and research. Its current focus is miniaturized mass spectrometry.

66. Nanotechnologie-Kompetenzzentrum "Ultradünne Funktionale Schichten" Translate this page Sie besitzen eine zu alte Browserversion. Neue Browser finden Sie zB kostenlosunter http//www.netscape.com bzw. http//www.microsoft.com. http://www.nanotechnology.de/

Sie besitzen eine zu alte Browserversion. Neue Browser finden Sie z.B. kostenlos unter bzw. http://www.microsoft.com Nano-CC-UFS Bitte klicken Sie hier um fortzufahren. English Suchen Kontakt: im Fraunhofer IWS Dresden Tel. +49 (0) 351 / 25 83 444, Fax +49 (0) 351 / 25 83 300

67. Technology Review Nanotechnology And Materials Articles, discussion and services for nanotech built on MITs awardwinning monthly magazine. http://www.technologyreview.com/articles/nan.asp

Subscribe Renew Customer Service Premium Content ... FREE NEWSLETTER TOPICS Biotech Business Computing Energy ... Expanded List Nanotechnology and Materials SUBTOPICS Chemicals Materials MEMS Nanotechnology TOP FEATURE Hydrogen Yields Smaller Nanowires Researchers from City University of Hong Kong in China have produced silicon wires that are smaller than any made before. FEATURES View All Design Handles Iffy Nanocircuits Scientists are getting better at growing molecular-scale nanotubes and nanowires, which is paving the way for packing trillions of ultrasmall circuits on computer chips. Smart Dust Senses Bioweapons How can you protect yourself from biological and chemical weapons? Forget duct tape. The answer is blowing in the wind. RNA Forms Nanomotor Researchers from Purdue University have constructed a tiny motor from DNA and RNA molecules. The device, fueled by ATP, a molecule that powers our own movements, could eventually power nanomachines. Rubber Stamp Writes Data Scientists from IBM's Almaden research center have found a way to quickly transfer information from a magnetic mask to a magnetic disk. Life Made to Order Efforts to create custom-made organisms—one DNA letter at a time—could yield new sources of energy or novel drugs.

68. Nanosocialism Seminal paper which argues that nanotechnology projections need to be tempered by realism about what it will be used for in the hands of corporations and governments but that nanotechnology also offers enormous opportunities for the liberation of humanity. http://www.cla.sc.edu/THSP/faculty/berube/nanosoc.htm

69. Welcome To Ormecon Organic Metal, a conductive polymer, is supplied as dispersions for lacquers, paints and blends. http://www.zipperling.de/

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70. Nanotechnology In Australia Home. Welcome to nanotechnology in Australia. This web site is setup solely for the purpose of providing a single entry point for http://www.nanotechnology.gov.au/

Home What's New Research and Services Firms ... Search Home Welcome to Nanotechnology in Australia This web site is set up solely for the purpose of providing a single entry point for "Nanotechnology Capability" (or related activities) in Australia by providing links to third party nanotechnology websites in Australia. If you are an Australian researcher or company working in the field of Nanotechnology and would like your website to be linked to this site, please click here If you are looking for investment opportunities in Australian technologies, please click here "Nanoparticles used to create metallic films which exhibit properties beyond those of bulk metal" The Commonwealth Government takes no responsibility for the content of the nanotechnology websites. Linkage on this website is provided to you only as a convenience and does not imply Commonwealth Government support or endorsement of the websites.

71. Applied Computational Research Society Home Page Nonprofit organization dedicated to cultivating interdisciplinary approaches to computational simulations. Emphasis on nanotechnology, nanoscience, and microsystems. http://cr.org

Subscribe to the ACRS mailing list: Email: Background: Select field Biology Chemistry Computer Sciences Law Materials Mathematics Medical MEMS Pharmaceutical Physics Semiconductors February 23-27, 2003 Grand Hyatt San Francisco San Francisco, California, U.S.A. Conference Technical Program Sixth International Conference on Modeling and Simulation of Microsystems, MSM Keynote Presentations MEMS Technologies for Communications , Clark T.-C. Nguyen, DARPA/MTO The MEMS-Nano Connections: Accessing Nanotechnology through Microtechnology , Albert P. Pisano, University of California at Berkeley Special Sessions Modeling of Micro and Nano Fluidic Systems , Narayan Aluru, University of Illinois Urbana-Champaign Steffen Hardt, Institute of Microtechnology, Mainz, Germany Lab on a Chip; Fluidics to Proteomics Srinivas Iyer, Los Alamos National Lab The PEM Fuel Cell: Materials and Device Modeling , Stephen J. Paddison, Los Alamos National Laboratory DNA- and Protein-Chip design and modeling , Andreas Hieke, Ciphergen Biosystems, Inc. Molecular Electronics , Alex Demkov, Motorola Quantum Effects, Quantum Devices, and Spintronics

72. Brain Death And Technological Change A farseeing but technical paper by James J. Hughes, prepared for the Second International Symposium on Brain Death. Date unclear, but 1996 or later. Includes discussion of cryonics and nanotechnology. http://www.changesurfer.com/Hlth/BD/Brain.html#RTFToC13

[Brain Death Resources] Brain Death and Technological Change: Personal Identity, Neural Prostheses and Uploading James J. Hughes Prepared for the Second International Symposium on Brain Death Second International Symposium on Brain Death Havana Cuba * February 27-March 1, 1995 Contents Abstract Introduction Social Death: Operationalizing the Death Concept Technological Change, and Changes in Social Death ... Bibliography Abstract The death at issue in the brain death debate is not an empiric reality, but a social category, "social death." It is a question of which bodies we are comfortable using and disposing of in certain ways, and not comfortable giving medicine or food as if they were "alive." Until recently both mind and body stopped functioning at the same time, and this "death" and "social death" were generally seen as one phenomenon. There were important exceptions, however, in many cultures where particular diseases and disabilities earned a social death definition before the physical death had occurred. Introduction For everyday purposes we know and can say whether an animal is alive or not. But upon closer inquiry, we find that this is, in many cases, a very complex question, as the jurists know very well. They have cudgeled their brains in vain to discover a rational limit beyond which the killing of the child in its mother's womb is murder. It is just as impossible to determine absolutely the moment of death, for physiology proves that death is an not instantaneous, momentary phenomenon, but a very protracted process. (Engels,1880

73. Texas Nanotechnology Initiative Texas nanotechnology Initiative Elects Board of Directors. Read the pressrelease. Copyright 2003. Texas nanotechnology Initiative. http://www.texasnano.org/

Texas Nanotechnology Initiative Elects Board of Directors . Read the press release Texas Nanotechnology Initiative.

74. Impact Of Molecular Nanotechnology On The Textile Industry Lecture on the future impact of nanotechnology on material properties and performance, and design and manufacturing processes in the textile fabrics industry. Author David R. Forrest. http://www.salsgiver.com/people/forrest/IFAI_text.html

At this writing (9 October 1996) only a few of the figures are currently available. More are being added every week or so, but many are taken from Eric Drexler's Nanosystems upgrade The Future Impact of Molecular Nanotechnology on Textile Technology and on the Textile Industry Rev. 1.8 David R. Forrest Presented at Discover Expo '95 Charlotte, North Carolina 12 October 1995 Table of Contents Introduction Part 1: Technical Issues Definition of Terms Designing Molecular Machines and Devices Calculating Geometries and Forces in Nanomechanical Devices Nanomechanical Computational Systems Molecular Sorting, Processing, and Assembly Design for Reliability Theoretical Properties of Materials Applications of Nanotechnology to Industrial Fabrics Smart Materials and Nanotechnology Conclusions Part 2: Economic and Social Policy Issues The Origins of Molecular Nanotechnology State-of-the-Art Driving Forces for (and against) Development Time Frame, Rate of Progress Conclusions Introduction Molecular nanotechnology is an emerging, interdisciplinary field combining principles of molecular chemistry and physics with the engineering principles of mechanical design, structural analysis, computer science, electrical engineering, and systems engineering. Molecular manufacturing is a method conceived for the processing and rearrangement of atoms to fabricate custom products. It would rely on the use of a large number of molecular electro-mechanical subsystems working in parallel and using commonly available chemicals. Built to atomic specification, the products would exhibit order-of-magnitude improvements in strength, toughness, speed, and efficiency, and be of high quality and low cost. In

75. WWW.NANOJOURNAL.ORG HOME References, and links to, papers about nanotechnology, from selected scientific journals (eg PRB, PRL, JACS, JAP, JPCB). http://www.nanojournal.org

The aim of Nanojournal.org web site is to reference all nanotechnology articles from several research journals. This database gives references (and links) of papers about nanotechnology, from selected scientific journals (PRB, PRL, JACS, JAP, JPCB....) the complete list is here . Starting from the last numbers (i.e. june or july 2001). We update our database as soon as a new number is online, so that you could find easily the latest articles of interest. Hence our database is not a tool for a bibliographic study but rather a way to obtain the latest news in the area of nanotechnology. The Number of the articles in the database is: 4664 Search the Nanojournal - by author, title word, journal. Subscribe to the Newsletter - The weekly list of new selected articles ( newsletter example Show me the lasts articles Return to www.nano-tek.org - Our site about nanotechnology Report a Bug Contacts Listing of all issues: N° 58 December 3, 2002 N° 57 November 23, 2002 N° 56 September 16, 2002 N° 55 September 9, 2002 N° 54 August 31, 2002

76. WIRED SCENARIOS: - The Museum Of Nanotechnology Charles Platt 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. http://www.hotwired.com/wired/scenarios/museum.html

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 mechanical probes scanned the surface, reading data and moving it from one location to another. Each bump of data was about 30 nanometers wide, allowing a single square centimeter to store around 10 Gbytes. In 2010, Living Logic Systems of Minneapolis marketed the first cost-effective DNA memory device (a simulation is shown here). Using a technique pioneered 15 years earlier at New York University to force the normally single-stranded DNA molecule to branch into six strands, Living Logic created crystalline DNA : huge arrays of cube-shaped cells, linked like a vast jungle gym. Clusters of copper atoms were attached to each cell in the array, and data was stored by attaching electrons to the clusters. The final result? A chunk of branched DNA about the size of a sugar cube that could store almost 10 petabytes (10 million billion bytes) of information.

77. Logistics And Supply Chain - Feature Articles From This Site Student report on the potential for nanotechnology from a management point of view. http://nanotech.about.com/science/nanotech/library/weekly/aa122400a.htm

zfp=-1 About Logistics/Supply Chain Search in this topic on About on the Web in Products Web Hosting Logistics/Supply Chain with Jeff Ashcroft Your Guide to one of hundreds of sites This page delivered by: Home Articles Forums Chat ... Help zmhp('style="color:#fff"') Subjects ESSENTIALS New Chat Schedule Fall Chat Transcripts Chat Transcripts ... All articles on this topic Business Directory Consulting Services Dedicated Logistics E-Logistics Global Logistics ... Third-Party Logistics (3PLs) Stay up-to-date! Subscribe to our newsletter. Advertising Free Credit Report Free Psychics Advertisement Most Recent Articles The Culture of Collaboration Managing Supply - Supplying Management New insights into how companies are effectively adapting to change in the supply chain process summarized by Susan Williams from interviews by Rich Lapin with four industry executives. Collaboration is Tops The Need for SCM Standards Have you felt the great inertia which seems to have been holding back the advancement of total supply chain management over the past few years? To make the next major leap in the widespread implementation of supply chain management requires new standards for both scm implementation and the supporting technologies Wireless - Paramount in Cargo Security Nithyasree MG of Pervagus Mobile Technologies provides a well thought out review of the challenges inherent in moving to higher levels of cargo security facilitated by wireless technologies.

78. Henry's Futures Pages By Henry Klutymans, a Dutch futurist. Includes sections on nanotechnology, cryonics, space travel, transhumanism, and other future topics. The page is also available in Dutch. http://www.dse.nl/bewoners/hkl/e_index.htm

Henry's Future Pages "Because the future is where we will spend the rest of our lives." Keywords : nanotechnology, cryonics, transhumanism, future, life extension, space habitat This is no attempt to predict the future but only to foresee some revolutionary technological possiblities! Molecular Nanotechnology Using the atoms as building blocks. Microscopic self-reproducing robots. The ULTIMATE technology with enormous consequences for the near future . . . Living in space Plenty of room and resources for a human population that can continue to grow exponentially. A place to live in the future . . . Cryonic Suspension A way to survive in case of a premature death and to continue living in the future . . . Artificial Intelligence The arrival of superior machine intelligences in the future . . . Transhuman Concept The use of technology to improve man, the artificial evolution into a posthuman being, in the future . . . General Items Digital Privacy Amazing, but not yet confirmed discoveries Some Ideas Why these page's ... Henry's Personal Info Dutch versions of these pages do not necessarily contain the same information! So if you understand Dutch, be sure to browse through the Dutch pages on this site.

79. Nanotechnology Research Institute, NRI, A Part Of National Institute Of Advanced NRI is a government research institute, under the ministry of economy and international trade, Japan .Category Science Technology nanotechnology Research Institutions......nanotechnology Research Institute, NRI, a part of National Institute of AdvancedIndustrial Science and Technology. nanotechnology Research Institute, NRI. http://unit.aist.go.jp/nanotech/

Nanotechnology Research Institute, NRI

80. SHENGHONG PRINTING & DYEING China. Diversified group of manufacturing and service providing companies, active in textiles, nanotechnology and hospitality. Textile fabric dyeing, printing and finishing services. English and Chinese. http://www.sh-dyeing.com/

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