What If the Planets Turned into Their Namesake Elements?

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Imagine a universe where the planets aren't just celestial bodies but are made of the very elements they bear the names of. What if Mercury turned into mercury, Ceres into cerium, and Pluto into plutonium? This isn't a mere daydream; let's dive into the fascinating and catastrophic consequences of such a transformation.

Would Mercury and Ceres become mere shiny orbs in the night sky? Not quite. While these metals would make the planets slightly heavier and more reflective, their transformation wouldn't be as benign as it seems.

Would our night sky change? Absolutely. With Ceres now visible to the naked eye, the night sky would be brighter. But what about the other planets? Uranus and Neptune, made of uranium and neptunium respectively, would be a different story entirely.

Uranium's most stable isotope might not be hot to the touch in small amounts, but imagine it collected into a planet-sized mass. The heat produced by each particle would accumulate, turning Uranus into a searing ball of fire. Why does this happen? It's all about geometry and the physics of heat radiation. The volume of an object grows faster than its surface area, meaning more heat is produced inside than can be radiated away. The result? A planet so hot it glows like a star.

And what of Pluto? Plutonium Pluto would heat up and glow, making it barely visible from Earth. But the real灾难 would come from Neptune, transformed into neptunium. Even the most stable neptunium isotope is fissile, leading to a runaway fission chain reaction. The resulting shock wave would reach Earth within hours, leaving behind nothing but a molten blob.

What's the moral of this story? When dealing with isotopes, choose the most stable one. And avoid neptunium at all costs. But why stop there? What if we filled the solar system with soup out to Jupiter? What if we spun the Earth so fast a day lasted only a second? These questions and more are answered in a book called "What If 2," written by Randall Munroe, offering over 60 mind-bending scenarios.

So, the next time you look up at the night sky, consider the elements that make up the planets you see. And if you're curious about the answers to these "what if" questions, pick up a copy of "What If 2" and explore the wonders of the universe from the comfort of your reading nook.

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