After you joined the faculty of the University of California at Berkeley in 1992, your attention turned to carbon nanotubes, carbon cylinders 10,000 times
narrower than a human hair.
Made from aluminium gallium arsenide, the nanocrystals are 500 times
narrower than a human hair and can be applied to ordinary glass as ultra-thin, lightweight films.
They focused on sugars, which are produced in the leaves by photosynthesis and transported through tubes 20 times
narrower than a human hair to roots and new shoots.
A printing head
narrower than a human hair delivers a toothpaste - consistency stream of a special lithium ink that hardens after discharge.
Not exact matches
The technology builds on tiny structures known as silicon photonic wires, which are roughly a hundred times
narrower than a typical
human hair.