World’s smallest bowl of ramen

Nano-ramen --

It won’t fill you up, but it is a feast for the eyes (if you look through a microscope). This so-called “world’s smallest bowl of ramen” — a 1-micron (1/1000-mm, or 1/100th the width of a human hair) wide bowl containing dozens of 20-nanometer (1/50,000-mm) thick noodles — was created by University of Tokyo professor Masayuki Nakao as part of an effort to develop new carbon nanotube-based microcircuit fabrication technology. Nakao used a metal particle beam to carve the bowl from silicon, and he mixed up a soup of ethanol and catalyst inside the bowl to form the carbon nanotube “noodles.” According to Nakao, it was a major challenge to keep the bowl from overflowing. No word yet on how the tiny meal tastes.

[Source: Yomiuri]

10 responses to: “World’s smallest bowl of ramen”

  1. […] […]

  2. […] Pink Tentacle: It won’t fill you up, but it is a feast for the eyes (if you look through a microscope). This […]

  3. :-O…

  4. […] Professor Nakao used a metal particle beam to create the bowl from silicone, and mixed ethanol and a catalyst inside the bowl to create the noodles. He told reporters that it was very hard to keep the bowl from overflowing. Via Pink Tentacle […]

  5. El plato de Ramen más pequeño del mundo…

    No te va a llenar, pero es un festín para los ojos (si se mira a través de un microscopio). Es el "plato de Ramen más pequeño del mundo", de 1 micrometro (1/1000-mm, o 1/100 partes el ancho de un cabello humano) de ancho el tazón contien…

  6. […] smallest…… noodle ;) ;) ;) yep, i wasnt joking World’s smallest bowl of ramen ::: Pink Tentacle the worlds smallest bowl of ramen noodles XD […]

  7. wow….he took ramen to a whole new level. I’m impressed!!!

  8. […] Sigh… Can we say Morgellons?  People are dying from various ailments. We have many environmental issues, etc.. Meanwhile, scientists create microscopic noodle bowls for kicks.. Read more on that here. […]

  9. […] Ramen pequeño. […]

  10. […] Ou peut-être a-t-il réalisé cette expérience avec un canon à particules pour démontrer une technologie de fabrication employant des nanotubes de carbone. Peu importe, dans les deux cas, le plat est pauvre en sel: seulement deux molécules par portion. [Pink Tentacle] […]

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