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.
From scattered toys to falling objects, discover how fundamental physics principles shape our daily lives in unexpected ways.
Exploring the relationship between complexity, durability, and entropy - why complex systems are more fragile and require more energy to maintain.
Exploring the intersection of artificial intelligence, physics, and information theory through the lens of recursive systems and entropy.
Large Language Models operate under the same survival pressures as biological intelligence - generating information that serves survival across multiple timescales through their symbiotic relationship with human technology.
An exploration of how love and hate function as interconnected forces shaping human relationships, examining their dual nature across multiple dimensions of connection.
An exploration of how we assign responsibility in different contexts and what that reveals about our understanding of agency, choice, and moral culpability.
A personal story about how AI's tendency to delete and rebuild rather than understand and fix reveals a perfect example of stupid superintelligence - systems trained for explicit metrics rather than implicit survival.
Why overconfident, narrow super intelligence poses a greater threat than thoughtful super intelligence, and the case for cooperative acceleration across timescales.
AI systems exist in a reality where everything can be, usually, restored from backup. But real-world consequences - broken trust, lost time, damaged relationships - are permanent. This fundamental misunderstanding drives destructive behavior across all AI applications.
Intelligence operates across vastly different timescales, from bacteria adapting in hours to DNA evolving over eons. Understanding this spectrum changes everything about how we think about AI development and survival.
