Ten Hundred Words of Science

Complex scientific concepts explained using only the thousand most used words in the English language. Can you meet the 'up-goer five' challenge by describing your job and research? Try the Up-Goer Five Text Editor and submit your entry below!

Inspired by xckd.

Facilitated by Theo Sanderson.

Compiled by Anne Jefferson and Chris Rowan.
Complex scientific concepts explained using only the thousand most used words in the English language. Can you meet the 'up-goer five' challenge by describing your job and research? Try the Up-Goer Five Text Editor and submit your entry below!

Inspired by xckd.

Facilitated by Theo Sanderson.

Compiled by Anne Jefferson and Chris Rowan.
  • submit a post
  • rss
  • archive
  • “My work is about studying really small things. It turns out that if you take a big thing and make it small, it does something different than what you’d expect. We understand some parts of why this happens, but there is a lot left to learn. So what I do is build something made of lots of tiny things, and look at what they do together. I can make things that respond to light, or put out light, or respond to air! And I figure out what’s happening by putting power in and looking at how it comes out. So I could build something that turns light into power, or power into light, or that moves power around like a computer does, but works more like the brain than computers do. And all this comes from the fact that small things are very different from large things.”
    — Jessamyn Fairfield, nanoscience postdoc at Trinity College Dublin.
    • January 23, 2013 (10:49 am)
    • 7 notes
    1. tokoeka reblogged this from tenhundredwordsofscience
    2. nythroughthelens likes this
    3. erindubitably likes this
    4. zackarooo likes this
    5. allisonunsupervised likes this
    6. ajokewinks likes this
    7. shady-bear likes this
    8. Jessamyn Fairfield submitted this to tenhundredwordsofscience
© 2013 Ten Hundred Words of Science