5 • 710 Ratings
🗓️ 7 August 2024
⏱️ 23 minutes
🧾️ Download transcript
Less than 100 miles above our heads lies an unending universe which is vaster than we could ever comprehend. But it’s far from empty; instead, it’s filled with incredible phenomena that our puny brains can barely grasp! Can you fathom the existence of things like stars within stars, planets made of diamonds, atom-sized black holes, or even white holes? Before you space out, let me bring you back to Earth with some intel about the great, starry expanse that’ll really blow your mind.
Click on a timestamp to play from that location
0:00.0 | Less than 100 miles above our heads lies an unending universe, which is faster than we could ever comprehend. |
0:08.0 | But it's far from empty. Instead, it's filled with incredible phenomena that our puny brains can barely grasp. |
0:15.0 | Can you fathom the existence of things like stars within stars, planets made of diamonds, atom-sized black holes |
0:22.9 | or even white holes? |
0:25.1 | Before you space out, let me |
0:26.7 | bring you back to Earth with some intel |
0:28.5 | about the great starry expanse |
0:30.4 | that'll really blow your mind. |
0:34.7 | You're listening. |
0:35.9 | You're listening. You're listening. You're listening to be amazed. |
0:43.3 | You've probably seen photos of Earth taken from space showing that our planet is undeniably round, |
0:49.3 | but looks can be deceiving because this big blue marble isn't a perfect sphere. And before all the |
0:55.9 | flat Earthers chime in, no, it isn't a pancake either. As the planet spans, it creates a centrivical |
1:02.4 | force that's highest at the equator and almost nothing at its poles. Because the Earth's mass is |
1:08.3 | distributed unevenly within it, the force drags the equatorial |
1:12.1 | section of the Earth outwards. |
1:14.5 | This gives the Earth a slightly squashed appearance, almost like someone accidentally sat on |
1:19.6 | it. |
1:20.6 | The effect, however, is small, so small that if you compare the diameter of Earth at the |
1:24.7 | poles to the equator, you'd only see a.3% bigger latudinal bulge. |
1:30.3 | Even so, that's still a 26 mile hump, which is around double the distance from the top of Mount Everest to the deepest part of the Mariana Trench. |
1:40.3 | Wow, that's almost as big as the lie those flat earthers tell themselves. |
... |
Please login to see the full transcript.
Disclaimer: The podcast and artwork embedded on this page are from Be Amazed, and are the property of its owner and not affiliated with or endorsed by Tapesearch.
Generated transcripts are the property of Be Amazed and are distributed freely under the Fair Use doctrine. Transcripts generated by Tapesearch are not guaranteed to be accurate.
Copyright © Tapesearch 2025.