Mon. 01/10 - Deep Space Tardigrades
Cool Stuff Daily
Reggie Risseeuw and Marques Pfaff
4.6 • 739 Ratings
🗓️ 10 January 2022
⏱️ 16 minutes
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| 0:28.7 | welcome to the khaki ride home for Monday, January 10th, 2022. |
| 0:40.4 | I'm Jackson Bird today. |
| 0:42.6 | Scientists are working on a plan to shoot tardigrades into interstellar space on lasers. |
| 0:49.7 | Plus, the James Webb Space Telescope is so far going better than anyone had dared to imagine. |
| 0:56.2 | And Alpaca's favorite New Year's snack, Christmas trees. |
| 1:01.2 | Here are some of the cool things from the news today. |
| 1:06.5 | Some scientists are thinking of shooting tardigrades into the next solar system with huge lasers that would take up a tenth of the U.S.'s entire power grid while it launches. |
| 1:18.8 | Let's start with the actually getting something all the way to Proxima Centauri bit before we move on to the Tartagrades. |
| 1:25.3 | So the first human-made object to ever leave our solar system |
| 1:29.1 | and enter interstellar space was Voyager 1 back in 2012. But there is a huge distance between the |
| 1:36.6 | end of our solar system and the start of the next one. Quoting from the University of Southern |
| 1:41.2 | California, Santa Barbara's The Current, the biggest challenge to human-scale interstellar travel |
| 1:46.9 | is the enormous distance between Earth and the nearest stars. |
| 1:50.9 | The Voyager missions have proven that we can send objects across the 12 billion miles |
| 1:56.1 | it takes to exit the bubble surrounding our solar system, the heliosphere, |
| 2:00.1 | but the car-sized probes, traveling |
| 2:02.9 | at speeds of more than 35,000 miles per hour, took 40 years to reach there, and their distance |
... |
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