Before And After Learning Physics [Max Planck]

That moment when you realize the guy in the top panel isn't Einstein but Enrico Fermi, and Einstein is throwing shade from the bottom panel. It's like physics' greatest game of "Wrong Attribution Tag, You're It!" The equation on the board isn't even E=mc², it's some nuclear physics mumbo-jumbo that Fermi pioneered while Einstein's just sitting there thinking "These youngsters keep stealing my relativity spotlight with their nuclear nonsense." The scientific equivalent of finding your face on someone else's dating profile.

Welcome to the IQ bell curve, where being spectacularly wrong happens at both extremes! The average folks (34% on each side of the mean) think the sun is white—which is technically correct if you're measuring the full spectrum of light. Meanwhile, the bottom 2% confidently declare "sun yellow!" like they're holding a kindergarten crayon. But wait for the plot twist! The top 2% have circled back to wrongness with "the sun is green"—a reference to the fact that the sun's peak emission is in the green wavelength range, despite appearing white to our eyes due to atmospheric scattering and our visual perception. Nothing quite captures human intelligence like being confidently incorrect at both extremes of the distribution. The lesson? Sometimes being too smart makes you just as wrong as being... well, let's say "intellectually adventurous."

Graphene thinks it's hot stuff with its single-atom-thick carbon sheet and ridiculous flexibility. Meanwhile, Tom and Jerry are over here casually defying the laws of physics by squeezing through keyholes, flattening like pancakes, and surviving hammer blows that would pulverize diamonds. Scientists spend billions developing super-materials while cartoon characters have been ignoring material science since 1940. The real breakthrough would be figuring out what Tom and Jerry are actually made of. Probably some quantum-cartoon composite that CERN is still trying to discover.

Classical computers trying to simulate quantum systems is like bringing a calculator to a multi-dimensional chess tournament! Each panel shows a different quantum phenomenon that makes your poor computer cry. With 20 qubits, you're dealing with 2^20 (over a million) possible states simultaneously. Your computer's memory is sweating bullets while quantum computers are just vibing in multiple states at once. It's like asking a toddler to bench press a car—technically possible, but prepare for a spectacular meltdown!

Someone at this institute clearly believes handwashing is a quantum event! 🧪 What normal people see as "rinse, lather, scrub" has been gloriously transformed into a physics masterclass! Imagine explaining to your mom that you're not just washing your hands—you're creating quantum superposition between your fingers! 😂 My favorite is "Grant Offering" at the end—because nothing says clean hands like desperately begging for research funding! The perfect 12-step program for scientists who can't separate their work from basic hygiene. Next time someone asks if you washed your hands, just yell "I APPLIED LORENTZ FORCE AND TURBULENT FLOW DYNAMICS!"

That moment when your entire concept of horsepower gets shattered! 🐴 Most people assume one horsepower equals one horse's strength, but nope - a single horse can actually generate up to 10 horsepower in short bursts! The unit was created by James Watt in the 1800s based on how much work a horse could sustain over a full workday (about 1 HP), not their peak performance. Your car engine suddenly makes a lot more sense... and horses deserve way more credit for being absolute powerhouses!