Mathematical spaces Memes

Posts tagged with Mathematical spaces

Y'all Ain't Ready For This Mathematical Plot Twist

Y'all Ain't Ready For This Mathematical Plot Twist
That awkward moment when your "unit circle" looks like it had one too many energy drinks! What we're seeing here isn't a circle at all—it's a scattered plot of points in Q 2 norm space that's basically saying "Euclidean geometry? I don't know her." The L 1 norm (Manhattan distance) combined with the Q 2 space creates this diamond-like pattern instead of the perfect circle we're used to. It's mathematics flexing on us mere mortals who think circles are, you know, actually round. The top text is right—we weren't ready for this mathematical plot twist!

Should've Specified The Euclidean Metric

Should've Specified The Euclidean Metric
Welcome to the mathematical twilight zone where circles have identity crises! What you're witnessing is the mathematical equivalent of ordering a "round" pizza and getting a diamond, a rounded square, or a literal square. In different metric spaces (L₁, Lₖ, L∞), the definition of "distance" changes, so the shape of a "circle" (points equidistant from center) changes too! The Euclidean metric (L₂) gives us the familiar round circles we know and love, but these other metrics are like "hold my beer, I've got a different idea of what 'same distance' means." Next time you tell someone to "draw a circle," make sure to specify which universe's definition of distance you're using, or you might end up with some very angular "circles" that would make Euclid roll in his perfectly round grave.

Odd One Out: The R⁴ Dimensional Crisis

Odd One Out: The R⁴ Dimensional Crisis
The mathematical horror show continues! This meme brilliantly captures the existential crisis mathematicians face when dealing with the real number system. We start with simple integers (R 0 , R 1 , R 2 , R 3 ), then suddenly R n where n=5, and then the nightmare fuel: R n where n≠4. The joke is that R 4 (4-dimensional space) is the odd one out because it has unique topological properties that make it different from all other dimensions. In mathematics, there are weird phenomena that only happen in R 4 - like the existence of exotic smooth structures that don't exist in any other dimension. It's the mathematical equivalent of having a perfectly normal family photo where everyone looks human except your uncle who's inexplicably a tentacle monster from another dimension. And mathematicians just accept this absurdity without blinking!