Difference between revisions of "THE POTENTIAL OF NANOTECHNOLOGY"

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==Description==
==Description==
[[Image:Neno.jpg|thumb|Picture of a Neno technology]]
Smaller is not smallest. The nanotechnology has the advantage of making the components smaller, durable and tougher. It means that this nanotechnology has a possibility of making a water proof, dust proof, antiseptic, moisture proof and shock proof laptop for the children in order to longer the life time of the every single laptop.
Smaller is not smallest. The nanotechnology has the advantage of making the components smaller, durable and tougher. It means that this nanotechnology has a possibility of making a water proof, dust proof, antiseptic, moisture proof and shock proof laptop for the children in order to longer the life time of the every single laptop.



Revision as of 12:42, 8 March 2007

Description

Picture of a Neno technology

Smaller is not smallest. The nanotechnology has the advantage of making the components smaller, durable and tougher. It means that this nanotechnology has a possibility of making a water proof, dust proof, antiseptic, moisture proof and shock proof laptop for the children in order to longer the life time of the every single laptop.

For more information: http://en.wikipedia.org/wiki/Nanotechnology


Enabler

  • Research and Development: Physicists.
  • Things getting smaller and smaller.
  • Moore law.
  • Power Electronics Circuit.
  • Demand if Longer life time.
  • Mechanical Engineer and designer.


Inhibitor

  • Nanotechnology is not yet mature.
  • High cost investment.
  • Changing the behavior of the original materials.
  • Energy problem.
  • Heating Problem.


Paradigm

  • The laptop becomes more dust proof, antiseptic, moisture proof and shock proof. It means that the usage of the environment conditions become broader.
  • The differences of the laptop and micro-computer become more difficult to define.


Expert

TU-Delft-
Professor Herre Van der Zant
Molecular Electronics and Devices
Phone: (+31)(0)15 2787733
Telefax: (+31)(0)15 2781413

Timing

  • 1980: Two major developmentsof birth of cluster science and the invention of the scanning tunneling microscope (STM).
  • 1986: The discovery of fullerenes and carbon nanotubes a few years later. In another development, the synthesis and properties of semiconductor nanocrystals were studied. This led to a fast increasing number of semiconductor nanoparticles of quantum dots.


Web Resource