What if you could design optimal NMR pulses, without writing a single line of code? Discover Pulsar Studio, a graphical platform bringing quantum optimal control to everyday NMR workflows, in a presentation by @dajo-1729.bsky.social (Germany). #GlobalnmrOC2026 #NMRchat

Can AI predict protein conformational ensembles directly from NMR spectra? Discover how a physics-informed neural network combines NMR and ML to tackle one of structural biology's biggest challenges in a presentation by @dajo-1729.bsky.social (Germany). #GlobalnmrOC2026 #NMRchat

What if one pulse-design framework could work across NMR, EPR, MRI, DNP, and quantum computing? Discover Pulsar.jl, an open-source platform unifying pulse optimization across magnetic resonance and quantum technologies, presented by @dajo-1729.bsky.social (Germany). #GlobalnmrOC2026 #NMRchat

Announcing PULSAR.jl v0.1.0 — open-source pulse design for quantum control 📦 Open source, Apache-2.0 | Julia ≥ 1.9 🔗 GitHub: github.com/DaJo2025/PUL... 📖 Docs: DaJo2025.github.io/PULSAR.jl/

#NMRchat 15N optimal control pulses: an efficient approach to enhance heteronuclear-detected NMR experiments at high magnetic fields https://www.sciencedirect.com/science/article/pii/S1090780725001442