The shift from prompt-centric AI usage to full-stack systems engineering, covering context engineering, agentic loops, retrieval pipelines, evaluation frameworks, and cost-aware deployment.
A practical guide to working effectively with Claude Code, covering verification loops, CLAUDE.md context, plan modes, tool integration, and permission settings.
Key takeaways from the Optibrium panel discussion featuring Nathan Brown, Charlotte Deane, Pat Walters, Chris Swain, and Paul Czodrowski on AI strategy, data leakage, generative risks, and LLMs in drug discovery.
Computational reproduction of the C-Se reductive elimination step in gold(III)-catalyzed selenocysteine arylation using ORCA, GFN2-xTB, and OpenBabel.
Limitations of scale-based evaluation in structural biology, and the transition toward physical grounding, out-of-distribution generalization, and biophysical developability validation.
A practical map of protein and protein-ligand descriptors for machine learning modeling, from sequence-only features to MD-derived structural and interaction features.
Introduction to graph representation learning, neighborhood aggregation, and Deep Graph Library (DGL) workflows, including a glossary and tutorial reference map.
Limitations of static single-structure docking for flexible targets, and an integrated workflow combining molecular dynamics, clustering, and machine learning.
A pipeline I never wrote a line of worked flawlessly on the first try, and it left me with impostor syndrome. Here is why relying on AI agents is not cheating, but a permanent shift in what scientific expertise actually means.
Pinning random_state=42 makes a UMAP-based train/test split perfectly reproducible - and that is exactly why it can lull you into a false sense of rigor. Reproducibility guarantees you get the same answer every run; it says nothing about whether that answer is typical. Here's the distinction, why it matters for evaluating GNNs on chemical-domain shifts, and how to fix it.