LISP Parentheses vs. JavaScript Bracket Hell

Level 1: Complaining About the Neighbor's Fence

Two builders stand around on break, making fun of another crew's house for having "way too many fence posts." Then they walk back to their own job site — which turns out to be a wobbly tower of fence posts stacked taller than a mountain, and they have to climb it just to get to work. The joke is the oldest one there is: it's easy to laugh at someone else's mess while standing knee-deep in your own. They don't even notice theirs anymore, because when you see a mess every single day, it stops looking like a mess and starts looking like Tuesday.

Level 2: Brackets, Braces, and Why They Pile Up

Some terms doing the heavy lifting:

• Lisp — a language family from 1958 where all code is written as parenthesized lists: (+ 1 2) instead of 1 + 2. More parentheses, but only one rule to learn.
• Callback hell — in JavaScript especially, when each asynchronous operation takes a function to run "when done," and those functions nest inside each other:

getUser(id, function(user) {
  getOrders(user, function(orders) {
    getDetails(orders[0], function(details) {
      render(details, function() {
        // you are now four mountains deep
      });
    });
  });
});

That });-staircase at the bottom is exactly the avalanche drawn in panel three.

• Pyramid of doom — the triangular shape this nesting makes when indented; the code's right edge drifts further and further from the margin.

Early in your career you'll likely have both experiences in quick succession: hearing (or repeating) that Lisp looks like "a punch card of confetti," and then opening a legacy JavaScript file where finding which } closes which { requires your editor's bracket-highlighting, a prayer, and twenty minutes. Modern fixes exist — async/await, promises, early returns, extracting named functions — but legacy mountains don't refactor themselves, which is why the figures are climbing rather than demolishing.

Level 3: The Pyramid Builders' Smoke Break

The comic, in classic rakhim.org stick-figure deadpan, lands its punch entirely through camera work. Panel one gives us the eternal water-cooler take — "LISP is ugly and confusing with those endless parentheses!" — met with the lazy consensus of "Yeah, totally...". Panel two: "Well, let's get back to work." Panel three zooms out, and "work" turns out to be a sheer cliff of dense code terminating in a cascading avalanche of }); lines, with our two critics dangling off it like alpinists who forgot their ropes.

This is the callback hell / pyramid of doom indictment, and it has real teeth. Lisp's parentheses are uniform: every form is (operator args...), fully regular, trivially balanced by any editor since the 1980s. The mainstream alternative didn't eliminate nesting — it diversified the punctuation. A pre-async/await Node.js codebase, a deeply nested jQuery success handler, or an Angular 1.x promise chain produces closing-delimiter staircases of }), }];, and }); that are strictly worse than Lisp's, because now you're matching three delimiter species across inconsistent indentation instead of one.

The deeper irony the comic skewers is aesthetic critique as social signaling. The workers aren't evaluating syntax; they're reciting a tribal shibboleth. "Lisp has too many parentheses" is one of the longest-running received opinions in software — repeated mostly by people who've never internalized that Lisp code, by virtue of that very uniformity, is homoiconic: programs are data structures, which is what makes Lisp macros possible and why the language family keeps getting rediscovered (Clojure being the most successful recent excavation). Meanwhile, the critics return to maintaining a structure whose nesting depth nobody chose — it accreted, one "just wrap it in another callback" decision at a time. That's the sharpest observation here: nobody designs a bracket mountain. It's pure technical debt geology, deposited in layers, and by the time you notice you're a mountaineer, refactoring it costs more than the smoke break where you complained about someone else's syntax.

There's also a workplace truth in the construction-helmet metaphor: developers critique languages the way builders critique architecture — from the scaffolding of something objectively uglier, because it's their ugly, and it ships.