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Nanotechnology : molecular speculations on global abundance / edited by B.C. Crandall.

Contributor(s): Crandall, B. C.
Material type: materialTypeLabelBookPublisher: Cambridge, Mass. : MIT Press, c1996Description: xi, 214 p. : ill (some col.) ; 23 cm. + pbk.ISBN: 0262032376 (hbk); 0262531372 (pbk).Subject(s): Nanotechnology | Molecular theoryDDC classification: 620.4
Contents:
Molecular engineering / BC Crandall -- Part I: Mostly inside -- In-vivo nanoscope and the "two-week revolution" / Ted Kaehler -- Cosmetic nanosurgery / Richard Crawford -- Diamond teeth / Edward M. Reifman -- Part II: Mostly outside -- Early applications / Harry Chesley -- The companion: a very personal computer / John Papiewski -- Trivial (uses of) nanotechnology / H. Keith Henson -- Nanotech hobbies / Tom McKendree -- Part III: Windows and environments -- Phased array optics / Brian Wowk -- Utility fog: the stuff that dreams are made of / J. Storrs Hall.
Holdings
Item type Current library Call number Copy number Status Date due Barcode Item holds
General Lending MTU Bishopstown Library Lending 620.4 (Browse shelf(Opens below)) 1 Available 00075994
Total holds: 0

Enhanced descriptions from Syndetics:

Advances in physics, molecular biology, and computer science are converging on the capacity to control, with molecular precision, the structure and function of matter.

Bibliography: p. 193-207. - Includes index.

Molecular engineering / BC Crandall -- Part I: Mostly inside -- In-vivo nanoscope and the "two-week revolution" / Ted Kaehler -- Cosmetic nanosurgery / Richard Crawford -- Diamond teeth / Edward M. Reifman -- Part II: Mostly outside -- Early applications / Harry Chesley -- The companion: a very personal computer / John Papiewski -- Trivial (uses of) nanotechnology / H. Keith Henson -- Nanotech hobbies / Tom McKendree -- Part III: Windows and environments -- Phased array optics / Brian Wowk -- Utility fog: the stuff that dreams are made of / J. Storrs Hall.

Table of contents provided by Syndetics

  • Preface
  • 1 Molecular Engineering
  • Nanotechnology Is Molecular Engineering
  • Scale
  • Atoms
  • Molecules
  • A Genealogy of Nanotechnology
  • Research Frontiers
  • Atomic and Molecular Sensors
  • Buckytubes and Other Nanotubes
  • Reverse Engineering Biological Motors
  • Biomolecules for Computation
  • Directed Evolution of Molecules and Software
  • Molecular Computation
  • Artificial Cellularization
  • I Mostly Inside
  • 2 In-Vivo Nanoscope and the "Two-Week Revolution"
  • In-Vivo Nanoscope
  • Pre-Assembler Nanotechnology
  • The "Two-Week Revolution"
  • What, no learning curve?
  • Bugs, Bugs, Bugs
  • A Counterargument
  • Tools for Design-Ahead
  • Questions of Degree
  • Conclusions
  • Acknowledgment
  • 3 Cosmetic Nanosurgery
  • The Beauty Business
  • The Market Potential
  • Applications of Cosmetic Nanosurgery
  • Hair Color
  • Skin Color
  • Baldness
  • Unwanted Hair
  • A Permanent Breath Freshener
  • Wrinkle Repair
  • Slender Now
  • Techniques and Strategies
  • Foiling the Immune System
  • Sensory Equipment
  • Intercommunications
  • Licensing
  • Economics
  • Distant Prospects
  • Nonsurgical Nanomachine-based Cosmetics
  • The Total Makeover
  • 4 Diamond Teeth
  • Losing Teeth
  • Saving and Replacing Teeth in the 1990s
  • Dental Care in the Nanofuture
  • Diamond Jaws
  • II Mostly Outside
  • 5 Early Applications
  • An Opening Selection
  • Changing Lives
  • Nanomachinery
  • Scale
  • Shape
  • Processing Power
  • Communication
  • Energy
  • Construction
  • Material Properties
  • Bulk
  • Solidity
  • Shape
  • Optical Properties
  • Force
  • Summary
  • 6 The Companion: A Very Personal Computer
  • A New Dawn
  • Purpose and Scope
  • Design Characteristics
  • Appearance
  • Technical Details
  • Frames
  • Audiovisuals
  • Computing
  • Communications
  • Power
  • Interface
  • Library
  • Data Bases
  • Knowledge Bases
  • Additional Features
  • Alternatives
  • Marketing and Costs
  • Social Impact
  • Media
  • Politics
  • Everyday Life
  • Handicap Assistance
  • Barriers and Breakthroughs
  • Technical
  • Social
  • 2020 Vision
  • 7 Trivial (Uses of) Nanotechnology
  • Trivial?
  • Gasoline Trees and Roving Real Estate
  • Home Appliances
  • Health Assurance
  • What Work?
  • Real Wealth
  • 8 Nanotech Hobbies
  • An Abundance of Hobbies
  • Model Railroads
  • Philately
  • Numismatics
  • Copying Issues
  • Gardening
  • Home Crafts
  • Thrill Seeking and Blood Sports
  • Thrill Rides
  • Amusement Park Attractions
  • Premise and Conclusion
  • III Windows and Environments
  • 9 Phased Array Optics
  • The Future In Sight
  • Theory
  • Design
  • Data Management
  • Phased Arrays vs. Holography
  • Simulated Incoherence
  • Color
  • Transparent Arrays
  • The Recording Problem
  • High-Power Arrays
  • Invisibility Suits
  • Front-Projection Images
  • Eyeing The Future
  • 10 Utility Fog: The Stuff That Dreams Are Made Of
  • Sufficiently Advanced
  • A Pail of Air
  • The Roads Must Roll
  • What Computers Can't Do
  • Monsters from the Id
  • With Folded Hands
  • From Earth to Moon
  • The Shape of Things to Come
  • Rossum's Universal Robots
  • The Mightiest Machine
  • Marooned in Realtime
  • The Ophiuchi Hotline
  • The Rest of the Robots
  • Tunnel in the Sky
  • The Cold Equations
  • Postscript
  • Contributors
  • Notes
  • Index

Reviews provided by Syndetics

CHOICE Review

Nanotechnology refers to engineering at the atomic level, and though barely in its infancy has inspired visions of societal transformation on a scale of the industrial and informational revolutions. This book seeks to introduce the general public to these visions of manipulation of both human anatomy and the material world at large, and the potential of nanotechnology "to determine the quality and character of our lives." Like many works in this growing genre it is directly descended from Popular Science cover stories of the 1950s and 1960s designed to excite as much as educate the reader about the wonders that science and technology held in store for the future. Just as many of those visions ("electricity too cheap to meter") failed to materialize, it is equally unlikely that the visions in this book--"utility fog" capable of simulating "the physical existence of almost any object," "holodeck"-like phased-array optics, diamond teeth, and gasoline-producing trees--will come to pass as described. Assertions that "worlds of previously unimaginable material abundance are within our reach" betray a naivete as to the dynamic interplay of economics and sociology in technological innovation. A full and thoughtful analysis of the implications of nanotechnology for the public and for policy makers remains to be written. General readers; lower-division undergraduates. L. W. Moore formerly, University of Kentucky

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