The 50 Terabyte Question: What Structured Chemistry Data Actually Unlocks
Exploring how 50 TB of structured organic chemistry data enables new classes of AI models that weren't possible before, from reaction prediction to retrosynthetic planning.
Accelerate Drug Discovery Today Partner with AI for faster, smarter drug design solutions
Get StartedMolekula Blog
Exploring how 50 TB of structured organic chemistry data enables new classes of AI models that weren't possible before, from reaction prediction to retrosynthetic planning.
A candid reflection on the non-linear path from Princeton PhD to AI startup founder, exploring 20 years of lessons in chemistry, sales, and artificial intelligence.
A personal reflection on intellectual inheritance in chemistry, tracing lineages from Nobel Prize winners Corey and Grubbs to the founding vision of Molekula.ai
The $2.5 billion market for AI-driven drug discovery is forcing pharmaceutical companies and universities to abandon their old playbooks entirely.
Chemists spend half their time searching outdated databases. Here's why the industry's dominant tools are failing researchers—and what needs to change.
When Richmond Sarpong was a kid in Ghana, he watched his father distribute ivermectin to treat river blindness. Seeing that drug work changed his life. Today at UC Berkeley, Sarpong synthesizes complex molecules and figures out how computers can help chemists do it faster.