full transcript
"From the Ted Talk by Jeremy Kasdin: The flower-shaped starshade that might help us detect Earth-like planets"

Unscramble the Blue Letters

It was first suggested by Lyman Spitzer, the father of the space telescope, in 1962, and he took his inspiration from an eclipse. You've all seen that. That's a solar elscpie. The moon has meovd in front of the sun. It blocks out most of the lihgt so we can see that dim corona around it. It would be the same thing if I put my thumb up and blkoced that spotlight that's getting right in my eye, I can see you in the back row. Well, what's going on? Well the moon is casting a shadow down on the Earth. We put a telescope or a camera in that shadow, we look back at the sun, and most of the light's been removed and we can see that dim, fine struuctre in the corona. Spitzer's suggestion was we do this in space. We build a big srceen, we fly it in space, we put it up in front of the star, we block out most of the light, we fly a space telescope in that shadow that's created, and boom, we get to see planets. Well that would look something like this. So there's that big screen, and there's no planets, because unfortunately it doesn't actually work very well, because the light waves of the light and waves drtcfaifs around that screen the same way it did in the tsloeecpe. It's like water bending around a rock in a saretm, and all that light just destroys the shadow. It's a tirlbere shadow. And we can't see planets.

Open Cloze

It was first suggested by Lyman Spitzer, the father of the space telescope, in 1962, and he took his inspiration from an eclipse. You've all seen that. That's a solar _______. The moon has _____ in front of the sun. It blocks out most of the _____ so we can see that dim corona around it. It would be the same thing if I put my thumb up and _______ that spotlight that's getting right in my eye, I can see you in the back row. Well, what's going on? Well the moon is casting a shadow down on the Earth. We put a telescope or a camera in that shadow, we look back at the sun, and most of the light's been removed and we can see that dim, fine _________ in the corona. Spitzer's suggestion was we do this in space. We build a big ______, we fly it in space, we put it up in front of the star, we block out most of the light, we fly a space telescope in that shadow that's created, and boom, we get to see planets. Well that would look something like this. So there's that big screen, and there's no planets, because unfortunately it doesn't actually work very well, because the light waves of the light and waves _________ around that screen the same way it did in the _________. It's like water bending around a rock in a ______, and all that light just destroys the shadow. It's a ________ shadow. And we can't see planets.

Solution

  1. diffracts
  2. telescope
  3. eclipse
  4. terrible
  5. moved
  6. light
  7. structure
  8. screen
  9. stream
  10. blocked

Original Text

It was first suggested by Lyman Spitzer, the father of the space telescope, in 1962, and he took his inspiration from an eclipse. You've all seen that. That's a solar eclipse. The moon has moved in front of the sun. It blocks out most of the light so we can see that dim corona around it. It would be the same thing if I put my thumb up and blocked that spotlight that's getting right in my eye, I can see you in the back row. Well, what's going on? Well the moon is casting a shadow down on the Earth. We put a telescope or a camera in that shadow, we look back at the sun, and most of the light's been removed and we can see that dim, fine structure in the corona. Spitzer's suggestion was we do this in space. We build a big screen, we fly it in space, we put it up in front of the star, we block out most of the light, we fly a space telescope in that shadow that's created, and boom, we get to see planets. Well that would look something like this. So there's that big screen, and there's no planets, because unfortunately it doesn't actually work very well, because the light waves of the light and waves diffracts around that screen the same way it did in the telescope. It's like water bending around a rock in a stream, and all that light just destroys the shadow. It's a terrible shadow. And we can't see planets.

ngrams of length 2

collocation frequency
space telescope 6
solar system 5
ten times 4
harbor life 3
pale blue 3
blue dot 3

ngrams of length 3

collocation frequency
pale blue dot 3

Important Words

  1. bending
  2. big
  3. block
  4. blocked
  5. blocks
  6. boom
  7. build
  8. camera
  9. casting
  10. corona
  11. created
  12. destroys
  13. diffracts
  14. dim
  15. earth
  16. eclipse
  17. eye
  18. father
  19. fine
  20. fly
  21. front
  22. inspiration
  23. light
  24. lyman
  25. moon
  26. moved
  27. planets
  28. put
  29. removed
  30. rock
  31. row
  32. screen
  33. shadow
  34. solar
  35. space
  36. spitzer
  37. spotlight
  38. star
  39. stream
  40. structure
  41. suggested
  42. suggestion
  43. sun
  44. telescope
  45. terrible
  46. thumb
  47. water
  48. waves
  49. work