File:Fullerene Nanogears - GPN-2000-001535.jpg
Summary
The Numerical Aerospace Simulation Systems Division (NAS) of the NASA Ames Research Center, Moffett Field, California is conducting research into molecular-sized devices known as Nanotechnology. This photograph depicts two "Fullerene Nano-gears" with multiple teeth. The hope is that one day, products can be constructed made of thousands of tiny machines that could self-repair and adapt to the environment in which they exist.
Researchers have simulated attaching benzene molecules to the outside of a nanotube to form gear teeth. Nanotubes are molecular-sized pipes made of carbon atoms. To "drive" the gears, the supercomputer simulated a laser that served as a motor. The laser creates an electric field around the nanotube. A positively charged atom is placed on one side of the nanotube, and a negatively charged atom on the other side. The electric field drags the nanotube around like a shaft turning.
Jie Han, Al Globus, Richard Jaffe and Glenn Deardorff are the authors of a technical paper detailing this technology which appears in The Journal of Nanotechnology.
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Date/Time | Thumbnail | Dimensions | User | Comment | |
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current | 10:26, 3 January 2017 | 3,044 × 2,404 (2.39 MB) | 127.0.0.1 (talk) | The Numerical Aerospace Simulation Systems Division (NAS) of the NASA Ames Research Center, Moffett Field, California is conducting research into molecular-sized devices known as Nanotechnology. This photograph depicts two "Fullerene Nano-gears" with multiple teeth. The hope is that one day, products can be constructed made of thousands of tiny machines that could self-repair and adapt to the environment in which they exist. <p>Researchers have simulated attaching benzene molecules to the outside of a nanotube to form gear teeth. Nanotubes are molecular-sized pipes made of carbon atoms. To "drive" the gears, the supercomputer simulated a laser that served as a motor. The laser creates an electric field around the nanotube. A positively charged atom is placed on one side of the nanotube, and a negatively charged atom on the other side. The electric field drags the nanotube around like a shaft turning. </p> Jie Han, Al Globus, Richard Jaffe and Glenn Deardorff are the authors of a technical paper detailing this technology which appears in The Journal of Nanotechnology. |
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File usage
The following 64 pages link to this file:
- A Boy and His Atom
- Applications of nanotechnology
- Atomic force microscopy
- Carbon nanocone
- Carbon nanothread
- Carbon nanotube
- Claytronics
- Condensed matter physics
- DNA nanotechnology
- Fullerene
- Fullerenes in popular culture
- G'Five
- Grey goo
- IBM (atoms)
- Industrial applications of nanotechnology
- Inorganic nanotube
- K. Eric Drexler
- Mechanosynthesis
- Molecular assembler
- Molecular electronics
- Molecular logic gate
- Molecular machine
- Molecular nanotechnology
- Molecular scale electronics
- Molecular self-assembly
- Molecular wire
- Nanobiotechnology
- Nanochemistry
- Nanoelectromechanical systems
- Nanoelectronics
- Nanoengineering
- Nanoionics
- Nanolithography
- Nanomedicine
- Nanonetwork
- Nanoparticle
- Nanopunk
- Nanoradio
- Nanoscale iron particles
- Nanosensor
- Nanoshell
- Nanosocialism
- Nanostructure
- Nanotechnology
- Nanotechnology in fiction
- Nanotoxicology
- Nanowire
- Nucleic acid design
- Outline of nanotechnology
- Potential applications of carbon nanotubes
- Programmable matter
- Regulation of nanotechnology
- Scanning probe microscopy
- Self-assembled monolayer
- Silver nanoparticle
- The Age of Spiritual Machines
- Timeline of carbon nanotubes
- Why The Future Doesn't Need Us
- Template:Molecular self-assembly subfields
- Template:Nanomedicine subfields
- Template:Nanotech footer
- Portal:Technology
- Portal:Technology/Related portals
- Portal:Transhumanism