Four Colors Are Indeed Enough

This meme brilliantly captures the tragic physics of romance! The top graph shows "My love for her" as undamped harmonic motion - consistent, perpetual oscillations that never fade. Meanwhile, "Her love for me" is represented by damped harmonic motion, where the amplitude gradually decreases over time according to that exponential decay function e^(-t/τ). Basically, his feelings keep bouncing back with the same intensity forever, while hers slowly die out due to... friction? Resistance? Commitment issues? Either way, physics has never so perfectly described the pain of unrequited love!

The equation says x + 2 = x - 2, which means 4 = 0. Meanwhile, our TikTok mathematician is factoring (x-2)(x+2)=0 like they're solving a completely different problem. It's like watching someone use a hammer to change a lightbulb and then celebrate their electrical engineering skills. This is why math teachers drink heavily during parent-teacher conferences. The 25.4K likes suggest humanity is doomed, but at least we'll die confident in our wrong answers.

The mathematical cold war continues. Constructivists believe you should directly build mathematical objects to prove they exist, while contradiction fans just assume something doesn't exist and wait for reality to implode. It's like telling a constructivist "I proved my keys exist by assuming they don't and then finding a contradiction when I drove to work." That fist in the air isn't celebration—it's the universal symbol for "I will construct a counterexample to your entire existence."

A Pac-Man shaped polynomial eating its way through an infinite series. Just your typical mathematician's idea of a balanced breakfast. The polynomial is literally "nom-nom-nomming" through terms like they're power pellets. Rumor has it this is how Gauss solved problems before coffee.

The mathematical community's obsession with creating new constants strikes again! Mathematicians literally took π (3.14159...), doubled it, and proudly declared "behold, τ (tau)!" — as if multiplying by 2 deserves its own Greek letter. Sure, τ = 2π represents a full circle in radians instead of a half-circle, making some formulas cleaner, but come on... it's just multiplication by 2. Next up: introducing Ω, the revolutionary concept of π × 3!

The eternal engineering urge to linearize everything! This meme brilliantly captures the engineer's instinct to whip out Taylor series approximations faster than you can say "higher-order terms." When confronted with any complex function, engineers immediately reach for their trusty first-order approximation—transforming the scary, unpredictable world into a nice, manageable linear equation. Who needs accuracy when you can have simplicity? The transformation from horror to enlightenment when SpongeBob presses that "RELIABLE" button is the purest representation of engineering optimization I've ever seen. "Close enough for engineering purposes" has never been so perfectly illustrated!