Home  - Basic_N - Nanotechnology Computer

Books Baby Camera Phones Computers Games DVD Electronics Kitchen Magazines Music Garden Software Tools Toys Video Apparel & Accessories Jewelry & Watches Musical Instruments Health & Personal Care Beauty Sports & Outdoors Office Products

e99.com Bookstore

Images

Newsgroups

41-60 of 98    Back | 1  | 2  | 3  | 4  | 5  | Next 20

A  B  C  D  E  F  G  H  I  J  K  L  M  N  O  P  Q  R  S  T  U  V  W  X  Y  Z

Nanotechnology Computer:     more books (100)

Plunkett's Nanotechnology & MEMS Industry Trends & Statistics 2007 (Summary) by Ltd. Plunkett Research, 2007-05-29 Plunkett's Nanotechnology Developments & Trends Overview 2007 (Summary) by Ltd. Plunkett Research, 2007-06-04 Nanotechnology-based Technical Textiles in Consumer Products by Textiles Intelligence, 2006-06-01 Molecular Nanotechnology in Medicine: A Market Briefing by Kalorama Information, 2004-09-01 Plunkett's Nanotechnology & MEMS Industry Almanac 2007 by Ltd. Plunkett Research, 2006-05-09 NIST AWARDS ZYVEX TEAM $25M CONTRACT FOR NANOTECHNOLOGY.: An article from: EDP Weekly's IT Monitor Nanotechnology and PCBs: could nano PCB miniaturization allow the IC world to finally merge with SMT?(NANOTECHNOLOGY) : An article from: Printed Circuit Design & Manufacture by Michael Shores, 2006-03-01 News Briefs.(Nanotechnologies Inc.)(Brief Article): An article from: Nanoparticle News Converging Technologies for Improving Human Performance: Nanotechnology, Biotechnology, Information Technology and Cognitive Science Theoretical and Experimental DNA Computation (Natural Computing Series) by Martyn Amos, 2005-07-26 Quantum computing: An entry from Thomson Gale's <i>Gale Encyclopedia of Science, 3rd ed.</i> by Brian Hoyle, 2004 Ink jet printing for high-frequency electronic applications: nanoparticle inks and drop-on-demand ink jet printers offer a unique opportunity to generate ... from: Printed Circuit Design & Manufacture by John B. Blum, 2007-10-01 Biomolecular Computation for Bionanotechnology by Jian-qin Liu, Katsunori Shimohara, 2006-12-31 Nanocomputers and Swarm Intelligence by Jean-Baptsite Waldner, 2008-03-14

lists with details

41. NRC - Nanotechnology
    the Opportunities in nanotechnology? Creating better Computing and Electronic Devices.Nano technology will make it possible to develop computer processors and  
    http://www.nrc-cnrc.gc.ca/nanotech/about_e.html
    
    Extractions: Nanotechnology is manufacturing at the molecular level - building things from molecular or nano-scale components. A nanometre is one billionth of a metre (3 - 4 atoms wide). Nanotechnology proposes the construction of novel nano-scale devices possessing extraordinary properties. Through the development of such instruments and techniques it is becoming possible to study and manipulate individual atoms. This ability is almost in the grasp of humankind. Nano Size The word nano comes from the Greek word "nanos" meaning dwarf. The compound term "nano-" is the factor 10-9 or one billionth. For comparison, here are some other sizes: 0.1 nanometre: Diameter of one hydrogen atom

42. When Brains Meet Computer Brawn | CNET News.com
    When brains meet computer brawn By Ed Frauenheim Staff Converging Technologies forImproving Human Performance nanotechnology, Biotechnology, Information  
    http://news.com.com/2100-1001-947432.html?tag=fd_lede

43. British Computer Society (BCS)
    The anticipation of computer chips with ever nanotechnology is of fundamental importancehere, in that it provides the tools for the fabrication of devices  
    http://www.bcs.org.uk/ebulletin/020220/turing
    
    Extractions: Issue 17: February 20th 2002 TURING LECTURE PROMISES COMPUTING REVOLUTION WITH NANOTECHNOLOGY A technology revolution is in the offing as nanotechnology - engineering at atomic level - promises new approaches to data storage and processing. That will be the theme of Mark Welland, professor of nanotechnology at Cambridge University, at the annual Turing Lecture, organised by The BCS and the Institution of Electrical Engineers (IEE), on 5 March in London. 'The anticipation of computer chips with ever increasing complexity, speed and data storage density will ultimately rely on atomic scale engineering - technology at the scale of one nanometre,' Professor Welland says. 'Nanotechnology is of fundamental importance here, in that it provides the tools for the fabrication of devices, structures and materials.' He continues, 'But nanotechnology has a lot more to offer. 'There is the opportunity for an alternative or radically different approach to producing a computer chip or data storage medium. The evolution of the computer is littered with such innovations: the progression from thermionic valves to transistors being one example.

44. Institute Of Nanotechnology
    The projects span a wide range of areas of interest, such as sensor technology ineducation, tactile displays based on nanotechnology, computerbased health  
    http://www.nano.org.uk/eir3.htm
    
    Extractions: Latest News /Latest News Latest on Nanotechnology in Ireland april 2002 Media Lab Europe announce details of 16 research projects Each project will see researchers from Media Lab Europe work with researchers at an Irish higher education institution, whose involvement is funded under a scheme administered by the Higher Education Authority (HEA) on behalf of the Department of Public Enterprise. Under this scheme, €1.27 million per year is available to the higher education institutions for this purpose. The projects span a wide range of areas of interest, such as sensor technology in education, tactile displays based on nanotechnology, computer-based health initiatives and new forms of artistic learning. A number of Irish institutions are actively involved in the scheme: Trinity College Dublin is collaborating on six projects; University College Dublin on five projects; University of Limerick on two projects; and Dublin City University, the National University of Ireland Maynooth and St. Patrick's College, Dublin are each involved in one project. Also Nanotechnology Research in Europe Research, networks, infrastructure, and companies Europe-wide, including Germany, France, Holland, Spain

45. New Scientist New Technology
    fundamental rule of physics the result posts a warning for nanotechnology (19 July astable 3D grid - it could form the basis of nanoscale computer chips (03  
    http://www.newscientist.com/hottopics/tech/techindex.jsp?sub=Nanotechnology

46. New Order - Computer Security And Networking Portal
    In the world of nanotechnology this is going to be true. The basic conceptof nanotechnology is the rearrangement of atoms according to our needs.  
    http://neworder.box.sk/newsread.php?newsid=3315

47. Companyinfo
    of GMA Industries, Inc., our products in the area of test technology, image processing,medical applications, nanotechnology, computer graphics and animation  
    http://www.gmai.com/au.htm
    
    Extractions: About GMA Industries, Inc. Founded in 1990, our mission is to meet the needs of customers who require creative solutions to their business requirements. Our strength lies in our ability to apply knowledge and expertise in core technology areas to solve problems across diverse domains with a wide range of characteristics. An example is where we have been successful in using key elements of our lossless compression technology as a basis for detecting tumors within digital mammograms, interpreting LIDAR and other data in defining characteristics to assist in scene building for computer games, and identifying symbols and chart contents to create full vector charts from existing NOAA raster charts used for marine navigation. Our many years of research and development have begun yielding several commercial products. For example, our early technology for optical character recognition, when applied to capturing chemical carcinogenesis data, has resulted in the development of medical databases that are available on CD-ROM and by subscription on this web site. Future releases include commercial products for enhanced communications protocols combined with lossless compression to enhance data throughput in low-bandwidth communications channels, software to improve electronic equipment testing, groupware for sharing and discussing high-definition tumor images between medical researchers and practitioners over the Internet, and even a computer game for X-box

48. Engines Of Creation - K. Eric Drexler : Glossary
    NANOcomputer A computer made from components (mechanical, electronic, or otherwise)on a nanometer scale. nanotechnology Technology based on the manipulation  
    http://wfmh.org.pl/enginesofcreation/EOC_Glossary.html
    
    Extractions: This glossary contains terms used in describing matters related to advanced technology. It was compiled by the MIT Nanotechnology Study Group, with special help from David Darrow of Indiana University. ACTIVE SHIELD : A defensive system with built-in constraints to limit or prevent its offensive use. AMINO ACIDS : Organic molecules that are the building blocks of proteins. There are some two hundred known amino acids, of which twenty are used extensively in living organisms. ANTIOXIDANTS : Chemicals that protect against oxidation, which causes rancidity in fats and damage to DNA. ARTIFICIAL INTELLIGENCE (AI) : A field of research that aims to understand and build intelligent machines; this term may also refer to an intelligent machine itself. ASSEMBLER : A molecular machine that can be programmed to build virtually any molecular structure or device from simpler chemical building blocks. Analogous to a computer-driven machine shop. (See Replicator ATOM : The smallest particle of a chemical element (about three ten-billionths of a meter in diameter). Atoms are the building blocks of molecules and solid objects; they consist of a cloud of electrons surrounding a dense nucleus a hundred thousand times smaller than the atom itself. Nanomachines will work with atoms, not nuclei. AUTOMATED ENGINEERING : The use of computers to perform engineering design, ultimately generating detailed designs from broad specifications with little or no human help. Automated engineering is a specialized form of artificial intelligence.

49. NEW TECHNOLOGIES Nanotechnology Is Becoming A Reality And Human
    4. nanotechnology is Becoming a Reality and Humancomputer InterfacesHave Reached Some Significant Milestones. By Dr. Joel Orr. While  
    http://www.aecnews.com/online/Back_Issues/2001/aec2001-10/04-newtech.html

50. Metropolitan Computer Times
    17 government agencies, and 9 professional and nonprofit organizations all overthe world are working on nanotechnology. computer Times Publishing Inc.  
    http://www.mctimes.net/2003/Hyperdrive/What_Nanotechnology_Can_Do_for_Us.html
    
    Extractions: Posted 06 February 2003 Nanotechnology - a branch of engineering that deals with the design and manufacture of extremely small electronic circuits - is upon us. But it's not yet in the form of microscopic robots that can assemble devices, hunt for disease-causing organisms within our bloodstream, or reproduce themselves. Such science fiction visions are still a decade or two in the future. However, nanotechnology is already pushing into the high-tech manufacturing facilities that produce the high-speed semiconductors and opto-electronics devices for our future global economy. Giant companies like IBM and Intel, and a few upstarts like Altair Nanotechnologies Inc. are in a race to develop and market nanotech tools and products for the rest of us. The commercialization of nanotechnologies will take place as the scientific breakthroughs come.

51. Postdoctoral Positions In Molecular Information Theory: Nanotechnology
    a postdoc to do molecular biology experiments at the lab bench to work on one ormore of our three nanotechnology patents on a molecular computer, a molecular  
    http://www-lmmb.ncifcrf.gov/~toms/postdoc.html
    
    Extractions: as of 2002 October 24 The position is for a postdoc to do molecular biology experiments at the lab bench to work on one or more of our three nanotechnology patents on: a molecular computer , a molecular engine and a method of molecular sequencing . At the moment the most likely project is the molecular computer project. The position is for doing bench experiments (as opposed to computer experiments) so the main requirements are skill and experience with standard molecular biology methods, especially cloning and protein purification. I'm looking for someone who is enthusiastic, energetic and a self-driven go-getter who is inventive, independent thinking, has initiative and has a driving curiosity. Although some aspects of these projects derive from advanced molecular information theory, it is not necessary to have a mathematics background beyond calculus. You must have a PhD and fit the other requirements of NIH as described below. Although our projects are often heavily intertwined with computer work, unfortunately I do not have the resources to consider people interested in doing only computer work and so only people who have a molecular biology background will be considered. There will, of course be opportunities to learn the mathematics and computer tools of

52. SCHOOL OF COMPUTER SCIENCE/Carnegie Mellon
    Lecture hosted by the Center for Interdisciplinary nanotechnology Research (CINR)Abstract and more details. computer Systems A Programmer's Perspective is a  
    http://www.cs.cmu.edu/archive/2002/oct24.html
    
    Extractions: The first Distinguished Nanotechnology Lecture: Nanotechnology and the many Nanotechnolgy Initiatives will be given by Dr James S. Murday from the Naval Research Laboratory on Friday, Oct. 25th. Lecture hosted by the Center for Interdisciplinary Nanotechnology Research (CINR) Abstract and more details Computer Systems: A Programmer's Perspective is a seminal new textbook by Randy Bryant, Head of CSD, and Dave O'Hallaron,

53. How Nanotechnology Will Change The World - Tech Trends - CNET.com
    nanotechnology lets you manipulate those atoms and molecules, making it possibleto manufacture as easily and cheaply as you can replicate data on a computer.  
    http://www.cnet.com/specialreports/0,10000,0-6014-7-818759,00.html
    
    Extractions: At the last turn of the century, the average person would have had a hard time trying to understand how cars and airplanes worked, and computers and nuclear bombs existed only in theory. By the next turn of the century, we may have submicroscopic, self-replicating robots; machine people; the end of disease; even immortality. Hard to imagine? Not for the new breed of scientist who says that the 21st century could see all these science fiction dreams come true thanks to molecular nanotechnology , a hybrid of chemistry and engineering that would let us manufacture anything with atomic precision . In fact, scientists claim that even within the next 50 years, this new technology will change the world in ways we can barely begin to imagine today. With a computer, once data is broken down and organized into combinations of 1s and 0s, it can be easily reproduced and distributed. With matter, the basic building blocks are atoms and the combinations of atoms that make up molecules. Nanotechnology lets you manipulate those atoms and molecules, making it possible to manufacture, replicate, and distribute any substance known to humans as easily and cheaply as you can replicate data on a computer.

54. Nanotechnology - Electronics Reviews - CNET.com
    computer scientists at corporate, university, and government labs around the globe It'scalled nanotechnology by most (after the nanometer, or onebillionth of  
    http://www.cnet.com/consumerelectronics/0-3622-7-1553076.html
    
    Extractions: While today you must have a device such as a laptop in hand to compute or connect to the Net, that notion will someday seem as outdated as carrying a candle to illuminate the darkness. Computing power and the vast information of the Internet will eventually permeate our surroundings much as electric light does today. The ever-expanding Internet infrastructure will play a part. But the change will come mainly with a giant leap in miniaturization, which will make today's smallest phones and computers seem laughably large. More than half a century after the Manhattan Project unleashed the power of the atom, high tech is entering its own atomic age. Computer scientists at corporate, university, and government labs around the globe are working on creating microscopic switches and even full computers built from atomic or molecular components. It's called nanotechnology by most (after the nanometer, or one-billionth of a meter), though some scientists prefer the term

55. Facility Will Make Purdue State, National Leader In Nanotechnology
    nanotechnology is still in its infancy and not yet dominated by a particulargeographic location, as Silicon Valley dominates the computer industry.  
    http://news.uns.purdue.edu/html4ever/010907.Nanotech.main.html
    
    Extractions: Photo caption below Discovery Park, a new home for interdisciplinary research, also will include a bioscience/engineering center, an e-enterprises center and a center for entrepreneurship. The event, which included a ceremonial groundbreaking, launched Discover Purdue Week, which concludes with the Purdue-Notre Dame football game, Sept. 15. Discover Purdue Week, in turn, kicks off of a yearlong campaign to help Hoosiers " Discover Purdue Purdue President Martin C. Jischke said the university began the week with Discovery Park because it will play a major role in the state's economy. "This new nanotechnology facility will position Indiana to become a player in the 'Silicon Valley' of the future," Jischke said, noting the state's investment was crucial for the project. "We were able to leverage state funding of $5 million to attract another $46 million in private and federal dollars. Gov. O'Bannon

56. Purdue Faculty At Forefront Of Nanotech Research
    Rashid Bashir, an associate professor of electrical and computer engineering and Theresearch aims to combine micro and nanotechnology with biotechnology in  
    http://news.uns.purdue.edu/UNS/html4ever/010907.Nano.bullets.html
    
    Extractions: September 7, 2001 Mark Lundstrom and Supriyo Datta , professors of electrical and computer engineering, are working to better understand how electricity flows through transistors as they are shrunk to only a few atomic layers. Such information will be critical in designing nanometer-scale electronics and to understand the minimum dimensions at which transistors can still operate. Lundstrom and Datta will soon be recognized for their nanotech research with a prestigious Cledo Brunetti Award from the Institute of Electrical and Electronics Engineers Inc. Their work also will be featured Thursday (9/13) during a National Science Foundation nanotechnology presentation in Washington, D.C. Download Photo Here Photo caption below Hicham Fenniri , an assistant professor of chemistry, is working on the design of molecules that automatically find each other and link together to form elaborate structures, and on creating synthetic materials that "evolve" and "adapt" to meet changing environmental conditions. His group is using self-assembly approaches to control the behavior of matter at the molecular level. In that work, molecules are "programmed" to automatically come together in groups of six, making rosette-shaped patterns. Numerous rosettes then combine to form tiny, rod-like structures called nanotubes, which may someday be used to manufacture "molecular photonic and electronic wires," artificial channel systems and biosensors. They also have potential medical applications, making it possible to design a new class of therapeutic devices.

57. Information On Nanotechnology / Nanomagazine.com: Small Is Powerful And Beautifu
    Even if such a computer with humanlevel intelligence would be built, there is noreason why its Question 6 What is your opinion of Molecular nanotechnology?  
    http://www.nanomagazine.com/01-11-07
    
    Extractions: Post Comment View Comments Questions by Sander Olson. Answers by Francis Heylighen. Francis Heylighen is a Professor at the Free University of Brussels. He has been working on the evolution of knowledge and the evolution of society. He is currently working on making computer networks more intelligent and responsive. Question 1: Tell us about yourself. What is your background, and what projects are you currently working on? My background is in mathematical physics, and I got my Ph.D. in 1987 from the Free University of Brussels (VUB). I am presently a Research Professor and a co-director of the transdisciplinary research Center "Leo Apostel" at the VUB. I have been working at the VUB since 1982 first on the foundations of physics (quantum mechanics and relativity theory). The focus of my research then turned to the evolution of complexity, which I study from a cybernetic viewpoint. I have worked in particular on the evolution of knowledge (including memes), and the creation of new concepts and models. More recently, I have extended the underlying principles to understand the evolution of society, and its implications for the future of humanity. The theoretical framework I am developing intends to integrate knowledge from different disciplines into an encompassing "world view". Together with my collaborator Johan Bollen I have applied this framework by implementing a self-organizing knowledge web, that "learns" new concepts and associations from the way it is used, and "thinks" ahead of its users. As such, it forms a simple model for a future intelligent computer network, the "global brain".

58. Embedded Systems Hardware And Software Development And Computer Applications For
    describes the principles and mechanisms of molecular nanotechnology. It won the annualAssociation of American Publishers award for best computer science book.  
    http://www.chipcenter.com/circuitcellar/september99/c99r10.htm
    
    Extractions: by Bob Paddock DEFINITION: "Nano Technologies" which is also known as "molecular nanotechnology" and/or "molecular manufacturing," depending somewhat on the application, simply stated is concerned with how atoms go together to create working machines. "Molecular nanotechnology: thorough, inexpensive control of the structure of matter based on molecule-by-molecule control of products and byproducts of molecular manufacturing..."K.Eric Drexler, Chris Peterson, Gayle Pergamit.

59. C&EN: NEWS OF THE WEEK - CARBON NANOTUBE COMPUTER CIRCUITS
    The September issue of Scientific American is devoted to nanotechnology. CARBON NANOTUBECOMPUTER CIRCUITS Novel processing and microfabrication lead to first  
    http://pubs.acs.org/cen/topstory/7936/7936notw1.html
    
    Extractions: NANOTECH The September issue of Scientific American is devoted to nanotechnology. Contributors include Harvard chemists George M. Whitesides, J. Christopher Love, and Charles M. Lieber; University of California, Berkeley, chemist and Nano Letters Editor A. Paul Alivisatos; and Rice University chemist and Nobel Laureate Richard E. Smalley. Table of Contents News of the Week Cover Story Editor's Page ... Science/Technology Concentrates Business Science/Technology Education ACS News ... Chemcyclopedia Back Issues How to Subscribe Subscription Changes E-mail webmaster NEWS OF THE WEEK Novel processing and microfabrication lead to first single-molecule logic gate MITCH JACOBY Researchers at IBM have used a single carbon nanotube bundle to construct elementary computing circuits known as logic gates. The work pushes the feasibility of using individual molecules to build future generations of sophisticated microelectronic devices to new heights.

60. What Is Nanotechnology And Why Is It Such A Buzz In The Computer Industry?
    Question What is nanotechnology and why is it such a buzz in thecomputer industry? Asked by Liezhao Xie Answer nanotechnology  
    http://www.physlink.com/Education/AskExperts/ae550.cfm
    
    Extractions: Nanotechnology began as a term to describe research that is undertaken on very small scales - at the level of nanometres. One nanometre is one billionth of a meter - about the size of 3 atoms. More and more often, however, it is being used to describe engineering at the molecular level - building things atom by atom by atom. When we copy something from one computer to another, we reproduce data as a series of 0s or 1s - a string of digits that is held as information in the computer's disk-space. But what if we could reproduce something molecule by molecule - not just copying information, but copying what something is made of!? Ultimately the quest is to create a photocopier (Xerox machine) that copies objects! This could automate the manufacturing industry, and the precision of such processes would surely find application in surgery, air travel, education, food development, computing, ... perhaps almost every field of human endeavour, as well as creating some new ones along the way. It may never get that far, and it's going to be some time before it gets anywhere at all, but it is the prospect that nanotechnology may just turn out to be one of the greatest technical leaps forward in human history that is creating all that buzz...

A  B  C  D  E  F  G  H  I  J  K  L  M  N  O  P  Q  R  S  T  U  V  W  X  Y  Z

41-60 of 98    Back | 1  | 2  | 3  | 4  | 5  | Next 20