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    What says "Happy Halloween" better than colorized carbon nanotubes?

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Scene at MIT: Happy Nanoween

What says "Happy Halloween" better than colorized carbon nanotubes?

A grad student's research project unexpectedly yields a spooky message made from millions of carbon nanotubes.


As part of her research on nanomaterials, PhD student Ashley Kaiser recently grew millions of carbon nanotubes — each incredibly strong and only 1/10,000 the width of a human hair — and immersed them in a guiding liquid. Upon drying, the resulting nanotube "forest" created a recognizable spooky pattern.

"The initial motivation behind this work was to densify carbon nanotube forests into predictable, cellular patterns by gently wetting them with a liquid, a process that can help enable scalable nanomaterial manufacturing," says Kaiser, who studies in the lab of Professor Brian Wardle. "The pattern was not precisely planned. While I knew that the carbon nanotubes would form cell-like shapes, I didn't know that these three particular sections would spell out 'Boo' so nicely, so it was a pretty special find."

The image was captured using a scanning electron microscope, which produces images in greyscale; the orange color was added later as a special effect. "It was exciting to find this under the microscope, and I thought that it would be great for Halloween the moment I saw it!" Kaiser says.

Submitted by: William Litant/Department of Aeronautics and Astronautics | Image by: Ashley Kaiser

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Topics: Scene at MIT, Nanoscience and nanotechnology, DMSE, Aeronautical and astronautical engineering, Carbon, Materials Science and Engineering, Students, Graduate, postdoctoral, Materials Research Laboratory, School of Engineering, Carbon nanotubes

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