Nanoacademic | qBraid Community Webinar Series

​Join us for the second session of the qBraid Community Webinar Series, a four-part series exploring the hardware and tools powering quantum computing, continuing with Nanoacademic.

​Setting up a first-principles calculation correctly takes real expertise, and a single mistake can waste hours of compute or produce a confidently wrong result. LatticeMind, Nanoacademic's agentic AI assistant for atomistic simulation, takes a different approach: describe the calculation you want in plain language, and it designs, validates, and runs the workflow for you, checking every structure and input against known physics before any compute time is spent.

​Led by Nanoacademic's Nathaniel Vegh, this session covers what makes automating these workflows hard, how LatticeMind's validation-gated architecture works across RESCU, NanoDCAL, and VASP, and what the benchmarks show. Then it moves into live demos on qBraid: an SCF and band structure calculation for silicon, a density of states plot continuing that same project, a zinc-blende GaAs band structure workflow, and a k-point convergence study for FCC aluminum.

​No installs, no cluster setup. Everything runs in the browser on qBraid's CPU and GPU resources.

​📅 Monday, August 24 · 11:00 AM CT · Online, with live Q&A

​Attend live:

​Everyone who attends live: 50% off qBraid credits

​Registration is free. Up next in the series: Rigetti, with one more session to be announced.