Antibiotic Adjuvant Design for RecA
A project on using predictive and generative models to search for RecA inhibitors that could make antibiotics work better.
Open research pageI work on AI for scientific problems, mostly in biology and medicine. I like models that help us ask better questions, not just models that score higher on a benchmark.
HELIX is a predictive and generative platform for discovering highly selective RecA inhibitors.
HELIX is a predictive and generative platform for discovering highly selective RecA inhibitors.
Scientific ML / ResearchLearning continuous-time imaging physics for inverse MRI reconstruction.
Computational Biology / ResearchA computational look at how hIAPP oligomers may damage beta cells.
Health AI / ResearchA real-time prediction system for respiratory risk and asthma management.
Computer Vision / ResearchComputer vision for faint DNA bridges in microscopy images.
An interactive page-section that treats research as a connected field: molecules, imaging physics, cellular mechanisms, and health systems as a measured instrument. Click or tap the satellites to switch projects.
A project on using predictive and generative models to search for RecA inhibitors that could make antibiotics work better.
Open research pageEssays are Markdown-backed. Some include small interactive figures when a static diagram would hide the interesting part.
Why graph neural networks feel right for biology, why they still underdeliver, and what a better AI-for-biology architecture might preserve.
2025-05-11 / 22 minA visual explainer of what happens between an LLM API request, tool execution, repeated inference, and the final streamed response.
2025-05-06 / 18 minNotes from using AI coding tools: mindset, prompting tactics, verification, context management, and working in real codebases.