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Hot Big Bangs
Manage episode 337558595 series 3382397
Episode 29
This week we discuss space with one of our long time listeners, Kevin. We boldly brave the final frontier and try to wrap our brainballs around how big the cosmos actually is - 93,000,000,000 light years across, one light year being 6 Trillion Miles (or 9.7 Trillion Kilometers). We try to make sense of the multiverse and discuss what would happen if you actually fell into a black hole. Would you get sucked into it or would you fall? Speaking of black holes, we determine that they cannot, in fact, be wormholes. The amount that is enveloped by these monstrosities equals the amount evaporated. We stumble our way through Schrodinger's Equation, whether or not trees make a noise when if fall in the forest, and Einstein's Theory of Relativity, just to name a few. Between the bars, is another Mineral Minute, brought to you by the iron arsenite oxyhydroxysulfate Tooeleite. Sprinkle in a little NewNews at the start, Rob from Here After at the end for a That Freaking Rocks, you have the primordial ingredients for another episode of Geology on the Rocks. What are you thoughts about space? What about the bass?
Until next time remember to:
Be Cool, Stay Tuned, and Keep It On The Rocks!
--- Support this podcast: https://podcasters.spotify.com/pod/show/geology-on-the-rocks/support48 episodes
Manage episode 337558595 series 3382397
Episode 29
This week we discuss space with one of our long time listeners, Kevin. We boldly brave the final frontier and try to wrap our brainballs around how big the cosmos actually is - 93,000,000,000 light years across, one light year being 6 Trillion Miles (or 9.7 Trillion Kilometers). We try to make sense of the multiverse and discuss what would happen if you actually fell into a black hole. Would you get sucked into it or would you fall? Speaking of black holes, we determine that they cannot, in fact, be wormholes. The amount that is enveloped by these monstrosities equals the amount evaporated. We stumble our way through Schrodinger's Equation, whether or not trees make a noise when if fall in the forest, and Einstein's Theory of Relativity, just to name a few. Between the bars, is another Mineral Minute, brought to you by the iron arsenite oxyhydroxysulfate Tooeleite. Sprinkle in a little NewNews at the start, Rob from Here After at the end for a That Freaking Rocks, you have the primordial ingredients for another episode of Geology on the Rocks. What are you thoughts about space? What about the bass?
Until next time remember to:
Be Cool, Stay Tuned, and Keep It On The Rocks!
--- Support this podcast: https://podcasters.spotify.com/pod/show/geology-on-the-rocks/support48 episodes
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