Trending Memes

Steven Strogatz really said "let me model toxic relationships with differential equations" and created one of the most iconic examples in nonlinear dynamics. The man took Romeo and Juliet—Shakespeare's tragic masterpiece—and turned it into a system of coupled ODEs where love literally oscillates based on how much the other person is into you or running away. Here's the genius part: Juliet is modeled as a "fickle lover" who wants what she can't have. When Romeo loves her (R positive), she pulls away (J decreases). When Romeo backs off (R negative), suddenly she's interested (J increases). Romeo, meanwhile, is the classic echo chamber—he just mirrors her energy. It's basically every situationship ever, but with phase portraits. Math nerds everywhere get to bond over this example because it makes differential equations feel relatable instead of soul-crushing. Nothing says "romantic stuff" quite like analyzing the stability of coupled linear systems. Shakespeare would be... confused? Proud? Probably both.

Someone just discovered topology and their brain is doing backflips. The "10 guy" meme format perfectly captures that glazed-over look you get when you realize the continuum hypothesis—one of the most mind-bending unsolved problems in set theory—is literally both "closed" and "open" depending on how you look at it. In topology, a set is "closed" if its complement is "open" (and vice versa). So naturally, our stoned mathematician here has coined the term "clopen" for sets that are BOTH closed AND open simultaneously. And guess what? The continuum hypothesis, which deals with whether there's a set size between countable infinity and the continuum, is independent of standard axioms—meaning you can neither prove nor disprove it. It's mathematically... clopen. The beauty here is watching someone's neurons fire in real-time as abstract mathematics collides with wordplay. In ZFC set theory, the continuum hypothesis is neither provably true nor false, making it the ultimate "clopen problem." It's like Schrödinger's mathematical statement, except instead of a cat, it's Cantor's infinities having an existential crisis.