Wrong On Every State Of Matter

When your math brain evolves to its final form. The progression from Platform 9¾ (Harry Potter reference) to 39/4 (which equals 9.75) to 9.75 (decimal form) to g (gravitational constant, approximately 9.8 m/s²) represents the increasing sophistication of mathematical expression. It's the natural evolution of a physics nerd – from fantasy fan to someone who instinctively sees the world in terms of fundamental constants. The gravitational acceleration value is basically a wizard spell for people with calculators instead of wands.

The physics homework starts innocently enough—a simple problem with a 20N weight at 5m height. But then the Colossal Titan from Attack on Titan shows up and suddenly you're calculating the force of a 60-meter humanoid destroying a wall while engulfed in flames. Nothing says "escalation of difficulty" quite like going from basic potential energy to apocalyptic thermodynamics in one homework assignment. The professor probably thinks they're being "relatable" with pop culture references, but they've clearly crossed into cruel and unusual punishment territory.

The physics hierarchy as determined by some grad student who should be writing their dissertation instead. S-tier features the untouchables: Einstein (relativity guy), Newton (apple enthusiast), and Archimedes (bath time eureka man). A-tier has Dirac (equation hermit), Juan Maldacena (holographic principle wizard), and Steven Weinberg (electroweak unification architect). Meanwhile, B-tier holds Feynman (bongo-playing diagram inventor) and Schrödinger (cat murderer by thought experiment). The empty C and D tiers are where the rest of us apparently belong. Just waiting for the comments section to erupt into theoretical warfare.

The disciplinary hierarchy of numerical precision is something to behold. Math keeps it simple with exact integers. Physics introduces measurement uncertainty, giving us that tantalizing "almost 4" that haunts experimental physicists. But computer science? That's where floating-point errors reveal themselves in all their glory. That extra 0.0000000000000001 isn't a bug—it's a feature showing we're actually calculating something. Nothing says "I understand binary representation limitations" like pretending your rounding errors are intentional.

The ultimate thermodynamics galaxy brain evolution! Starting with basic "heat" (yawn, so primitive), then leveling up to "energy" where your brain starts to glow a little. But wait - once you unlock "enthalpy" your mind literally explodes with colorful understanding! Then "entropy" hits and you're basically a blue energy being contemplating the inevitable heat death of the universe. By "exergy" you've ascended to godlike status with the ability to calculate useful work from any system. And finally, "anergy" - the unusable energy in a system - where you've transcended physical form entirely and become one with the thermodynamic cosmos. This is what happens when you study for Thermo 2 at 3 AM fueled by nothing but coffee and desperation!

The universal law of tool behavior: they're sentient little monsters that read your thoughts. Need something to come loose? It'll stay tighter than a quantum particle in a perfect vacuum. Want it to stay tight? It'll practically jump off by itself. And that angle grinder at the end is just the universe saying "I told you so" in mechanical form. The torch at the bottom is just flexing on all of us with its phase-changing superiority. Engineering karma is real, and it has a twisted sense of humor that even Newton never accounted for in his laws.