Neutral-Atom Quantum Computing vs Superconducting Qubits
Quantum Computing
A comparison of two leading quantum computing architectures: scaling tradeoffs, hardware constraints, error characteristics, and which one bets on which physics.
Research
Long-form writing where I study emerging technologies deeply enough to explain tradeoffs, architectures, and open questions. Some are drafts, some are still notes — none of them pretend to be done.
Quantum Computing
A comparison of two leading quantum computing architectures: scaling tradeoffs, hardware constraints, error characteristics, and which one bets on which physics.
Quantum Computing
Expands the original neutral-atom vs superconducting comparison to include trapped ions and photonic qubits, and argues why architecture choice matters more than qubit count.
AI Infrastructure
Notes on why real AI products need routing, plan ladders, usage tracking, and assistant-specific UX — not just a chat box wrapped around an API key.
Software Architecture
How offline-first apps actually handle sync, conflicts, and user trust — and what makes a sync engine boring enough to be reliable.
Cloud / DevTools
Notes toward designing a small Vercel-like deployment platform: build runners, edge routing, previews, and the cost of every shortcut.