The incredible potential of flexible, soft robots
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Not SyncedSo robots.
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Not SyncedRobots can be programmed
to do the same task millions of times -
Not Syncedwith minimal error, something
very difficult for us, right? -
Not SyncedAnd it can be very impressive
to watch them at work. -
Not SyncedLook at them.
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Not SyncedI could watch them for hours.
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Not SyncedNo?
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Not SyncedBut what is less impressive
that if you take this robot -
Not Syncedout of the factories
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Not Syncedwhere the environments are not
perfectly known and measured like here, -
Not Syncedto do even a simple task
which doesn't require much precision, -
Not Syncedand this is what can happen.
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Not SyncedI mean, opening a door,
you don't require much precision.
- Title:
- The incredible potential of flexible, soft robots
- Speaker:
- Giada Gerboni
- Description:
-
- Video Language:
- English
- Team:
- closed TED
- Project:
- TEDTalks
- Duration:
- 09:14
Analia Padin commented on English subtitles for The incredible potential of flexible, soft robots | ||
Brian Greene edited English subtitles for The incredible potential of flexible, soft robots | ||
Maricene Crus commented on English subtitles for The incredible potential of flexible, soft robots | ||
Brian Greene edited English subtitles for The incredible potential of flexible, soft robots | ||
Brian Greene edited English subtitles for The incredible potential of flexible, soft robots | ||
Brian Greene edited English subtitles for The incredible potential of flexible, soft robots | ||
Brian Greene edited English subtitles for The incredible potential of flexible, soft robots | ||
Brian Greene edited English subtitles for The incredible potential of flexible, soft robots |
Maricene Crus
Hi there!
Is there a typo at 3:38 - 3:42?
And this is what is done in this new field or robotics => And this is what is done in this new field OF robotics,
Thank you!
Analia Padin
Hi Team,
I may be wrong, but I think there may be a typo between 4:35 and 4:40, where it says:
"but you shape your flexible material
to the form that responds to a certain input."
What I actually hear hear is:
"WHERE you shape your flexible material
TO DEFORM IN RESPONSE to a certain input."
It makes more sense with the context as well.
Cheers,
Analia.