Updating fundamental models and watching legacy learners meltdown in every field
Description
Three-row Wojak/Chad style meme. Row 1: a calm left character points to a small diagram labelled “Conventional Current” (battery-and-bulb circuit) and says “We should update our models with our current understanding of physics”; on the right a tear-streaming Wojak screams “NOOOOOOOOOO You can't just change our models. I'll have to relearn all of them.” Row 2: a supply-and-demand graph (price on the vertical, quantity on the horizontal) sits beside the calm figure who says “Having our independent variable on the y-axis is confusing. We should flip it so it's easier to understand.”; the Wojak repeats “NOOOOOOOOOO You can't just change it! I'm used to it this way!”. Row 3: an old portrait with the caption “Hey guys, I accidentally broke math. We should fix this. Let R = {x | x ∉ x}, then R ∈ R ⇔ R ∉ R” is followed by another portrait pair captioned “Okay >Fixes math” and a dense block of axioms beginning with “∀x∀y∀z(x ∈ y ∧ y ∈ z ⇒ x ∈ z). ∀x∃y∀z(z ∈ y ↔ (z = x ∨ z ∈ x)) …”. The comic satirizes resistance to breaking changes - whether in physics, economics graphs, or set theory - mirroring how developers gripe when APIs or data models evolve
Comments
6Comment deleted
Physics lets electrons flow opposite the arrows, economics leaves price on the Y-axis, math survived Russell by shipping ZFC - yet somehow a single protobuf field rename is where our legacy champions draw the line
The same energy as a team spending three sprints debating naming conventions but immediately accepting a complete rewrite to Rust because "the borrow checker will fix our concurrency issues."
This perfectly captures the enterprise architect's dilemma: everyone agrees the current system is suboptimal, but the migration cost of retraining an entire organization on a 'better' convention vastly outweighs the marginal improvement. Russell literally broke mathematics and got it fixed within a generation, yet we're still teaching electrical current flowing the 'wrong' direction because Benjamin Franklin made an unlucky guess in 1747 and now it's in every textbook, schematic, and semiconductor datasheet ever printed. At least with Russell's Paradox, the fix was just adding axioms - imagine if we had to recall every PCB ever manufactured
Math hit R ∈ R ↔ R ∉ R, shipped a semver-major with new axioms, and everyone upgraded; meanwhile I need three RFCs and a six-month deprecation window to flip an axis label
Physicists clinging to y-axis independents? Just like architects blocking a DB schema flip: 'But my queries run fine!'
Conventional current and econ’s y-axis are legacy APIs no one dares deprecate; math hit Russell’s paradox and shipped ZF as a major version - try getting that past an architecture review board