Home About Message Submit Archive Random Facebook

An array of nanofibers are immersed into a liquid and then allowed to dry. When the liquid evaporates, bending forces shape the nanofibers into a spiral pattern. Each nanofiber is approximately 1/1000th the width of a human hair.

Image by Joanna Aizenberg, Harvard School of Engineering and Applied Sciences.

Check out our contest before it ends this Sunday!

blog comments powered by Disqus
  1. chlamydia-cherry reblogged this from biocanvas
  2. chanime reblogged this from biocanvas
  3. emerald528 reblogged this from biocanvas
  4. reraguilar reblogged this from biocanvas
  5. misanthropicglee reblogged this from biocanvas
  6. onceuponlady reblogged this from biocanvas
  7. positivastralunata reblogged this from biocanvas
  8. kkgisme reblogged this from biocanvas
  9. dimayalicious reblogged this from biocanvas
  10. elhectro2 reblogged this from biocanvas
  11. kingsfanspin reblogged this from biocanvas
  12. thekindheiress reblogged this from i-love-dna
  13. kunsthistorisches-museum reblogged this from heracliteanfire
  14. heracliteanfire reblogged this from biocanvas
  15. tamaerchen reblogged this from biocanvas
  16. aleid1996 reblogged this from biocanvas
  17. paging-dr-jake reblogged this from biocanvas
  18. longsnowsmoon2 reblogged this from jbe200
  19. lmay-hughes reblogged this from biocanvas
  20. clubbendsy reblogged this from biocanvas
  21. d34d1n51d3 reblogged this from biocanvas
  22. bethanyofmight reblogged this from biocanvas
  23. winoceros reblogged this from biocanvas