Differential Memes

Posts tagged with Differential

The Sacred Spacing Of Mathematical Typography

The Sacred Spacing Of Mathematical Typography
The mathematical typography struggle is real! The top equation shows the blasphemous sin of writing mathematical expressions without proper spacing (2x dx instead of 2x \, dx). The bottom panel shows the correct formatting with proper spacing between variables and differentials - and that intense, bloodshot eye represents every mathematician's visceral reaction when they spot improper LaTeX spacing. The difference is subtle to normal humans but causes physical pain to anyone who's ever submitted a paper to a mathematical journal. It's like nails on a chalkboard for people who spend their lives arranging symbols in perfect harmony.

Everyone's A Gangster Until The Laplacian Goes Spherical

Everyone's A Gangster Until The Laplacian Goes Spherical
The math just got REAL spherical! This meme is playing on the classic "everyone's a gangster until..." format but with a quantum physics twist! 😂 When solving the Schrödinger equation for hydrogen atoms, physicists have to transform the Laplacian operator into spherical coordinates, and suddenly that innocent-looking ∆f turns into this terrifying multi-term monster with sines, partial derivatives, and enough subscripts to make you cry. It's basically the mathematical equivalent of thinking you're tough until you meet the final boss! No wonder physics students have nightmares about this transformation!

When You Think You've Outsmarted Calculus

When You Think You've Outsmarted Calculus
Oh, the mathematical mic drop that never was! This satirical gem pokes fun at political figures who try to "own" their opponents with pseudo-intellectual arguments while completely missing the point. In calculus, dy/dx isn't technically a fraction—it's a derivative notation representing the rate of change. But functionally? We treat it like a fraction all the time! We cancel terms, separate variables, and chain-rule it into oblivion. The LaTeX code \frac{dy}{dx} simply tells the typesetting system to display it in fraction form because—surprise!—that's the most intuitive way to work with it. It's like declaring "if water isn't wet, why do we call it a liquid?" and thinking you've dismantled hydrology. Turns out, understanding notation requires more than just pointing at things dramatically!