After building scientific software, I’ve learned innovation happens at the chemistry–code boundary: docs and UX matter as much as algorithms; tight feedback with scientists drives usefulness; open source + reproducibility create momentum. The goal isn’t perfect code—it’s advancing discovery. Anyone else balancing UX with scientific rigor? 🧪💻
#scicomm #openscience #compchem #researchsoftware

https://is.gd/8q8VTF

After building scientific software, I’ve learned innovation happens at the chemistry–code boundary: docs and UX matter as much as algorithms; tight feedback with scientists drives usefulness; open source + reproducibility create momentum. The goal isn’t perfect code—it’s advancing discovery. Anyone else balancing UX with scientific rigor? 🧪💻
#scicomm #openscience #compchem #researchsoftware

https://is.gd/8q8VTF

Computational chemistry thrives when teams are diverse—in culture, training, and perspective. It shapes the questions we ask and the tools we build, from quantum methods to classical MD. Let’s keep widening the circle and share practical ways to make labs more inclusive. Anyone piloting programs that work? 🌍

#compchem #molecularsimulation #diversity #OpenScience

https://is.gd/9EiOOy

Computational chemistry thrives when teams are diverse—in culture, training, and perspective. It shapes the questions we ask and the tools we build, from quantum methods to classical MD. Let’s keep widening the circle and share practical ways to make labs more inclusive. Anyone piloting programs that work? 🌍

#compchem #molecularsimulation #diversity #OpenScience

https://is.gd/9EiOOy