March 2026 update, QuantumCURE Pro version 8

I am a solo researcher working from my back office, digging into the world of quantum. I work with a handful of QRNG hardware. A year of work with these devices from several hardware developers, has thought me a lot. I know how they behave their streangth and weaknesses, and how to control them using Python. But Randomness from QRNG is not same as Randomness from a Annealing Box like D-Wave quantum system or an Ion Trap system such as ionQ. So let me explain. I am here to sh

What if cancer drug discovery wasn’t limited to billion-dollar pharma labs? From my back office in Oklahoma, I’ve built QuantumCURE — a molecular docking and retrosynthesis platform that uses AI, open pipelines, and quantum entropy to explore chemical spaces classical systems often miss. In this video, I explain: Why quantum randomness changes the search space in simulations How docking with AutoDock Vina and free protein prep tools (PDBFixer, PDB2PQR) works The role of A

Hey! You might be wondering — what’s really going on under the hood in the QuantumCURE software I’ve been building? What am I actually doing here? And honestly, what the hell is molecular docking anyway? First things first: if you scroll down and read my disclaimer, you’ll know exactly what I’m not doing. I’m not a chemist. I’m not a physicist. I don’t work for big pharma. What I am is a passionate software and systems designer. I understand the moving parts of drug discove