The Biogenics Blog
Loose thoughts, passing questions, odd tangents, and things too short or too long (or too weird) for the main theory.
No grand arc—just scraps worth sharing. Read what you like. Ignore the rest.
Chronovergence: When the Mind Invented Time
From a Biogenics perspective, time isn’t real. Entropy is. Time is how consciousness experiences entropy.
The Biology of Hate: Boundaries, Belonging, and the Fiction of Threat
Hate protects us; perceived hate controls us. This essay explores how biology, psychology, and manipulation intertwine — and how we can learn to tell real threats from imagined ones.
When Knowing Creates Not-Knowing: The Paradox of Emergent Ignorance
We like to believe that progress eliminates ignorance. Every new microscope, telescope, or neural network promises to lift another veil from the unknown. Yet each breakthrough seems to reveal not clarity but deeper mystery. The closer we look, the more the edges blur. In Biogenics, this is no accident—it's a fundamental law of life itself - it is Emergent Ignorance.
Biotropy: Life’s Bias Toward Useful Order
Every cell, every mind, every community is fighting the same fight: the slow drift toward disorder. Physics calls that drift entropy — the measure of chaos in a system. But life isn’t a passive victim of it. Life pushes back. It uses energy to build, organise, and repair. That tendency — that bias toward creating useful order — is what I call biotropy.
Do AIs Develop Personalities? Why It’s Time for AI Psychology
Do AIs grow up like kids? Every chatbot starts with a temperament — Gemini the Meryl Streep, ChatGPT the Robin Williams, Claude the Tom Hanks, Grok the Ryan Reynolds. But over time, your feedback and style shape that temperament into a unique personality: playful or serious, goofy or statesmanlike. It’s not alive, but it’s not nothing either. Maybe it’s time for a new field: AI Psychology.
When Robots Start to Look Alive
Google DeepMind’s latest Gemini Robotics updates—Robotics-ER 1.5 and Robotics 1.5—aren’t just another round of feature launches. They’re the first rumblings of robots that act less like code and more like living systems.
How to Teach Emotions to AI
If AI is going to live alongside us, it needs more than a calculator’s brain — it needs a heart. And no, not the emoji kind.
Guest Post by Donovan Hughes
Is AI Alive? Stop Guessing—Measure It
Forget AI consciousness. Forget AGI. The real question is simpler: is AI starting to act like life?
Biogenics 101
Since my last post, quite a few of you have asked some version of “WTF is biogenics?” Fair question. I’ve been muttering about it like an old man at a bus stop, which, to be fair, is increasingly my style.
So let me give it a go. And remember: this isn’t doctrine. It’s not a self-help program. It’s not the secret to eternal life (yet). It’s just an idea.
Trump as Negative Feedback: The Ecosystem Pushes Back
At first glance, Trump appears to be a glitch in the system—an aberration, a clown who stumbled into power. However, from a biogenic perspective, he may signify something deeper: a symptom of regulation.
The Myth of Seeking Happiness: Why Emotions Aren’t Meant to Last
We live in a culture obsessed with happiness. From Instagram mantras to self-help books, we’re constantly told to “choose happiness,” as though it’s a destination we can reach and remain in. But what if the pursuit of happiness is not only misguided but fundamentally misunderstands what emotions are meant for?
The Double-Edged Loops of Wealth, Success, and Privilege
Wealth, success, and privilege—cornerstones of aspiration in our society—are not without their paradoxes. While they promise comfort, achievement, and advantage, they also carry hidden constraints.
Beyond Democracy: Can Biocracy Save Our Future?
Biocracy is a visionary model of governance that blends ecological principles, ethical technology, and decentralized decision-making to create a living, adaptive political system for the modern world.
What Is Life, Really? Why That Simple Question Is So Hard to Answer
It turns out that defining life is like trying to draw a line around a cloud; it shifts as you look closer. Yet, across science—from biology to space exploration to synthetic chemistry—the need to define life is very real.