The Physics of Common Sense

Visual representation of information having physical weight and thermodynamic cost

The Hidden Energy of Knowing: Why Information Has Weight

Posts

Why Habits Are Hard to Break

You have tried to break a habit. It resisted. That resistance is not willpower failure — it is mass. In physics, mass means resistance to acceleration. Your deepest habits have the highest generalized mass. And they resist differently depending on which direction you push.

Why Your Desk Gets Messy

Your desk, your inbox, your kitchen — they all drift toward chaos without effort. That's not laziness. It's the second law of thermodynamics. Disorder is free. Order costs energy. And the bill never stops.

Why Your House Costs More Than You Think

You bought the house. You thought you were done paying. You were wrong. The real cost of owning anything is not the purchase price — it is the ongoing war between entropy production and repair. And a well-built house might cost more upfront but less forever.

Why the Best Description Wins

Good explanations compress. Bad ones sprawl. This isn't an opinion — it's a theorem. Information theory proves that an optimal description exists for any system, and it's the one that predicts the most with the least effort. This is why science works. And it might explain why physics looks the way it does.

Physics of Your Day

From scattered toys to falling objects, discover how fundamental physics principles shape our daily lives in unexpected ways.

Entropy, Durability, and Complexity

Exploring the relationship between complexity, durability, and entropy - why complex systems are more fragile and require more energy to maintain.

Potential Entropy

Entropy is a fundamental force that drives everything towards increasing disorder. Only energy keeps it in check. Thats why you're always trying to keep your room clean.

Daily Entropy

Entropy is a fundamental force that drives everything towards increasing disorder. Only energy keeps it in check. Thats why you're always trying to keep your room clean.

The Thermodynamics of System Resilience: When Maintenance Exceeds Disruption

Systems requiring more energy to maintain than to disrupt violate thermodynamic law and are evolutionarily doomed. Why the disruption/maintenance energy ratio determines which personal, organizational, and societal structures will survive—and which will collapse under entropy's patient pressure.

Time Destroyers: The Hidden Cost of Unnecessary Complexity

Why avoidable messes and poor purchases aren't just time costs—they're recursive time-sinks that create perpetual opportunity costs. How simplicity becomes the foundation for managing true complexity.