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Brain organoids and iPSC-derived models recapitulate human pathophysiology that animal models often miss. At NeuMoS 2026, we are bringing together the leading experts building these human-based alternatives. Sessions will cover single-cell genomics of human brain development and cortical evolution, iPSC-based ALS modeling and drug discovery, and assembloid recordings tracing circuit dysfunction from Rett syndrome to tau pathology. 📅 September 16 –18, 2026📍 Zürich, Switzerland Two days of talks, hands-on workshops and networking opportunities.

Drug discovery in human-derived models needs two things: reliable models for scalable screening, and functional readouts at tissue and cellular level. NeuMoS 2026 gathers lead experts developing highly reproducible organoid models, automated high-throughput screening platforms, and using multi-omics approaches and analytical strategies for morphological and neuropharmacological assessment at both network and single-neuron level. 📅 September 16–18, 2026 📍 Zürich, Switzerland Two days of talks, hands-on workshops, and networking opportunities

What makes a brain model truly predictive? The human biology it recapitulates, including cell types, genetic background, and neuronal circuit. At NeuMoS 2026, discover how leaders in the field are advancing human-relevant neuroscience with: cerebral organoids used to model neurodevelopmental disorders and screen disease genes at scale, cell village systems that test many human genetic backgrounds in parallel in one shared environment, and spatial genomics of postmortem human brain carried into donor-matched iPSC models of Alzheimer's. 📅 September 16–18, 2026 📍 Zürich, Switzerland Two days of talks, hands-on workshops and networking opportunities

Living neuronal networks can now be recorded, stimulated, and tuned toward a target response. NeuMoS 2026 brings together the researchers advancing this frontier, with sessions on closed-loop stimulation tuned by reinforcement learning, high-resolution functional connectivity maps in human brain organoids, and micropatterned networks that make structure–function relationships testable. 📅 September 16–18, 2026 📍 Zürich, Switzerland Two days of talks, hands-on workshops and networking opportunities

🧠 Can living neuronal networks become computational systems? Join our upcoming webinar in the Neurocomputing Series, where we will explore how engineered neuronal networks and high-content electrophysiology are advancing brain-inspired computing. 🎙️ Prof. Dr. Hideaki Yamamoto (Tohoku University, Japan) will present cutting-edge research on closed-loop reservoir computing using engineered cortical networks on HD-MEAs. Discover how researchers are using biological neural networks to: ✅ investigate adaptive computation in living systems ✅ engineer modular neuronal connectivity for reservoir computing ✅ interface with neural networks at high spatial and temporal resolution using HD-MEAs This session highlights the exciting convergence of neuroscience, AI, neuroengineering, and electrophysiology, and how living neuronal systems may inspire the next generation of computing technologies. If you work in neuroscience, neuroengineering, AI, electrophysiology, or biocomputing, this webinar is for you. 📅 Thursday, June 25, 2026 | 16:00 CET 🔗 Register here: https://lnkd.in/eme-Hn3R #Neurocomputing #Biocomputing #Neuroscience #Electrophysiology #HDMEA

What makes a human neural model truly informative for development and disease research? Join our Nature Partnerships webcast to explore what is needed beyond complexity: the right cell types, meaningful functional readouts, and clearer links between molecular changes and neuron behavior. Dr. Sandrine Da Cruz and Dr. Barbara Treutlein will share new approaches that help researchers: - connect molecular changes to neuronal function - investigate axonal vulnerability - generate more diverse and biologically relevant neural cell types in vitro If you work in disease modeling, stem cell-derived systems, or translational neuroscience, this session is for you. 📅 26 May 2026 | 17:00 CEST 🔗 Register: https://lnkd.in/ethYVZim #DiseaseModeling #Neuroscience #StemCells #InVitroModels #Neurodegeneration #ALS