Don't Try To Explain General Relativity At Home

Behold, the alternative universe where physics is brutally honest. The Standard Model has evolved from describing fundamental forces to cataloging mental illnesses, with force carriers like "glueon" (blue glue) and "Hugs❤️" priced at $7.15B. Quarks now have price tags instead of just masses, with "top" costing a cool $800M while "bottom" is a bargain at $300M. My personal favorite is the "mewon" particle, clearly discovered by a physicist who spent too much time with their cat. The "2π" particle costs exactly $45M, which is approximately the funding needed to convince a committee this isn't complete nonsense. Sponsored by Lipton, because even theoretical physicists need tea to cope with the existential dread of particle nomenclature.

The eternal struggle of engineering students captured in one image. Imperial units have students calmly solving a straightforward problem, while metric calculations drive them to existential despair and acrobatics. What's truly hilarious is that metric is objectively simpler—it's just that American education has conditioned students to fear SI units like they're some kind of dark magic. The contrast between the composed imperial solvers and the metric users hanging themselves with unit conversion anxiety is painfully relatable to anyone who's had to switch between systems mid-exam. The real punchline? Most scientific fields exclusively use metric, so these imperial-loving students are just postponing their inevitable breakdown. Nothing says "welcome to engineering" like sobbing over Pascal conversions at 3 AM.

Just your standard dipole moment walking across the ice. Nature's way of reminding us that even apex predators obey the laws of electromagnetism. The positive and negative charges ensure this bear maintains perfect electrical neutrality while hunting seals and melting physicists' hearts.

Engineering expectations vs reality in four panels of pure pain! The balloon starts off filled with "engineering college, depression, anxiety, and a single circuits course" facing the funnel of "high school motivation to change the world." Then BAM—reality hits and that idealistic balloon gets absolutely shredded by the engineering curriculum. That final panel is basically every engineering student after their first encounter with differential equations. Dreams: demolished. Self-esteem: in pieces. Coffee consumption: astronomical.

The eternal physics student struggle captured perfectly! On the left, we have the exam expectations—a terrifying buffet of thermodynamics equations, Schrödinger's equation, and van der Waals equation—all guarded by a muscular, intimidating Doge. Meanwhile, on the right is the sad reality: all that survived the pre-exam cramming session is the ideal gas law (PV = nRT) repeated over and over. That's it. That's the entire knowledge base, accompanied by a derpy lab Doge who's clearly as lost as your understanding of quantum mechanics. The ideal gas law is the physics equivalent of knowing only "E=mc²" and hoping it somehow applies to every question. Spoiler alert: it doesn't. Your professor spent months teaching complex thermodynamic principles, and your brain decided "nah, just remember the gas thingy."

Schrödinger's cat has entered the chat! That wide-eyed feline panic is the universal reaction to being told you're simultaneously alive AND dead until someone checks on you. Imagine being the experimental subject AND the control group at the same time! No wonder kitty looks traumatized—quantum superposition will do that to ya! Next time your professor mentions "thought experiments," just remember this face is what pure existential dread looks like in fur form.