Nanotechnology in Aerospace Videos

Any instrument to survive the trip to and operating conditions on Mars needs to be designed to withstand the most adversary conditions.

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GE's scientists at its Global Research center in New York show a lab test of advanced nanotechnology that will one day keep ice from forming on aircraft engine blades and wind turbines.

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This animation is a scientific illustration of the operation of NASA's Phoenix Mars Lander's Atomic Force Microscope, or AFM. The AFM is part of Phoenix's Microscopy, Electrochemistry, and Conductivity Analyzer, or MECA.

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Any instrument to survive the trip to and operating conditions on Mars needs to be designed to withstand the most adversary conditions. NASA’s Rover Curiosity has been analyzing mineral probes on the Red Planet for years to find out whether there once was life on Mars.

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This animated video from the Institute for Scientific Research Inc. demonstrates how carbon Nanotubes could be used to produce a space elevator.

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Nasa's plan for looking after astronauts' health during long space flights - nanobots!

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Optics, Semiconductors, Aerospace, Photonics, Medical Devices - many industries require parts to be manufactured in extremely clean conditions.

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Documentary showcases the future of the . It was once thought as science fiction but the reality of it is closer than we think thanks to the advancement in nanotechnology and carbon nanotubes. Interviews with experts in all disciplines in the scientific community to detail the construction of the space elevator.

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Presented by MANCEF and the University of Utah Center for Engineering Innovation at the Grand America Hotel, Salt Lake City, COMS 2014 is the 19th edition of the international conference on commercializing micro- and nanotechnology.

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Discover how magnetic levitation can be used for next level high-precision positioning and the future of nanopositioning.

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An atomic force microscope from nanoSurf is set to change our understanding of the make up of the soil on Mars. The AFM is included as part of the instrumentation aboard the Phoenix Mars Lander

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Traditionally electrical charges are carried and sometimes shielded using metal but this isn't ideal- especially if the current has to run past or through explosive material like petrol tanks. The solution: Carbon Nanotubes. Microphase have mixed polymers (extracted from biomass) with their nanotubes and produced stronger, safer, and more electrically conductive materials then their metallic equivalent. According to Microphase, some of the most recent Boeing aircrafts employ this technology.

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