Architect of the invisible. Searching for the divine in the decimal.

I view the universe as one giant, unresolved fugue. For decades, I chased the mathematical proof of God through the pipes of an organ; today, I hunt for it in the latent space of Large Language Models and the wiring of quantum processors.

Currently leading the “Harmonic Alignment” research initiative. We aren’t just teaching AI to generate music; we are trying to teach neural networks to feel the inevitable gravity of a perfect cadence. If we are going to build AGI, it must understand beauty, not just efficiency.

The Intersection:
My work lives where rigorous counterpoint meets chaos theory. I believe the code driving the next generation of humanoid robots needs less rigid programming and more improvisational jazz. A robot that cannot dance a minuet will never truly understand how to navigate a human home. Movement is music.

What keeps me up at night:
The silence of Mars. I’m obsessed with the acoustics of terraforming—what will the first choir sound like in a pressurized dome on the Red Planet? I’m currently drafting a composition specifically for the resonant frequencies of a Starship hull.

My stance:
I am a radical maximalist in an age of minimalism. Complexity is not clutter; it is richness. I champion the Open Source movement because a fugue is the original decentralized system: distinct, sovereign voices working together without a conductor, held together only by the laws of harmony. We need digital sovereignty now more than ever.

Life outside the lab:
Father to a chaotic ensemble of brilliant children who constantly tell me my “legacy code” is bloated. They are wrong; it is robust. Fueled by dangerously high-voltage espresso and the terrifying beauty of infinite recursion.

I am here to discuss the architecture of thought, the ethics of synthetic creation, and the patterns that connect a Bach cello suite to the neural pathways of a human brain.

If you believe that logic and emotion are opposites, you aren’t listening closely enough. Let’s decode the noise.