Dwarf Planet Hierarchy Of Attention

Medieval knight: "We ride at first light." *Time-travels 4.6 billion years back* *POP!* The Sun literally forms. Knight arrives at the actual FIRST light in the universe and is like "Okay... where is everyone?" Talk about taking instructions too literally! Our poor knight just wanted to start an early morning campaign but ended up witnessing the birth of our solar system instead. Should've been more specific with those coordinates! Next time maybe try "we ride at dawn" instead of invoking cosmic timescales!

Imagine writing code in the 70s, never expecting it would still be running 50+ years later on a spacecraft that's literally left the solar system. Those NASA engineers are celebrating because their documentation was so good they could decipher their own ancient hieroglyphics. Meanwhile, I can't understand code I wrote last week without comments. The ultimate legacy code maintenance success story—turns out commenting your code might actually be useful when your project is hurtling through interstellar space at 38,000 mph.

Ever notice how the smartest people in the room are the ones convinced they'd time travel due to Earth's motion, while the rest of us are just vibing in our inertial reference frames? This meme brilliantly skewers how intelligence follows a bell curve when it comes to understanding relativity. The cosmic joke here is that both the lowest and highest IQ folks reach the same conclusion (you stay in the same place) but for entirely different reasons. The average-brained middle thinks they're geniuses for believing Earth's movement would launch them through time—completely missing Einstein's point that all motion is relative . In relativity, there's no absolute reference frame, so you can't "time travel into space" just because Earth moves. The truly galaxy-brained understand this, and the blissfully ignorant accidentally get it right. Meanwhile, the 100 IQ crowd is sweating profusely while explaining their time travel theories at parties.

Ever notice how astronomers give celestial objects these ridiculously complicated names? While we're over here calling our home planet "Earth" (literally just dirt), astronomers are out there naming exoplanets things like "JHGHUIROIGERG-4953478453459348HGGHOGO." 😂 The naming system is actually a precise catalog reference that helps scientists locate objects in the vast universe. But honestly, would it kill them to name something "Bob" once in a while? The contrast between the breathtaking beauty of that cosmic body and its utterly unpronounceable designation is peak astronomy culture!

The cosmic pun game is strong with this one! While Sirius (the brightest star in our night sky) is moving relative to our solar system, we're not exactly facing an interstellar collision course. At 8.6 light-years away, even at 9 miles per second, we'd need about 50 million years before any "Sirius trouble" happens! Fun stellar fact: Sirius is actually a binary star system with Sirius A (the bright one we see) and its companion white dwarf Sirius B. Ancient Egyptians used Sirius's appearance to predict the annual flooding of the Nile. Talk about a star with some serious responsibilities!

The precision paradox strikes again! Mathematicians weep when they can't achieve perfect solutions, while cosmologists are throwing a party when they're only off by a factor of 100,000! But the real kicker is in the comments - a physics professor rounding π to 10 "for ease"?! That's not approximation, that's a mathematical war crime! Even cosmologists are clutching their calculators in horror. Next thing you know, they'll be saying gravity is "roughly down-ish" and calling it a day!