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| 0:00.0 | From NPR News, this is Invisibilia Amalese Speagle, |
| 0:03.3 | and I'm Lulu Miller, one day last summer, |
| 0:06.1 | because we wanted to see something truly magical. |
| 0:09.0 | Lulu and I found ourselves standing in front of a huge table, |
| 0:13.0 | covered in lasers and mirrors, |
| 0:15.8 | while a very nervous physicist hovered nearby. |
| 0:19.6 | I try not to bump anything here. |
| 0:22.3 | The nervous physicist, and our guide for today, |
| 0:25.6 | was a grad student from the University of Maryland |
| 0:27.9 | named David Huckle. |
| 0:29.5 | It doesn't look like these things do anything, |
| 0:31.3 | but I promise you all of the pieces on this table are important. |
| 0:34.7 | And David had brought us to the table |
| 0:36.3 | because he wanted to use the many lasers and mirrors |
| 0:40.1 | to try to perform something called quantum entanglement. |
| 0:48.6 | Yeah. |
| 0:49.4 | He was going to try to take two separate atoms |
| 0:53.2 | and using his laser, turn them into the same thing. |
| 0:57.7 | At the simplest level entanglement, |
| 0:59.6 | it's just the idea that two things |
| 1:02.6 | that are separated in space can still be the same thing. |
| 1:06.2 | That's Jeff Brumfield, the physics guy at NPR, |
... |
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