Neuromorphic Sweden: Status, Needs and Recommendations
A national mapping of research, innovation, infrastructure, international developments and stakeholder needs across materials, circuits, algorithms and systems.
Open the reportResources
Shared perspective and available resources.
The neuromorphic technology field is in a stage of early development and is advancing quickly. The resources below are dated and briefly described by their role at the time of publication.
National reports
The shared evidence base.
These reports document the completed feasibility studies that preceded the continuing Neuromorphic Sweden ecosystem.
NEUTEC: Vision, innovation potential and strategic plan
The outcome of three open workshops and cross-ecosystem work on a common 2035 vision, five focus areas, enabling factors and example research projects. Official report under preparation.
View the project recordOfficial records
Funding and project facts.
Vinnova's records provide the authoritative reference numbers, project periods, funding and completion status.
NIPS project record
Neuromorphic Innovation Platform Sweden, completed July 2025.
View at VinnovaNEUTEC project record
Shaping the Future with Neuromorphic Technology, completed March 2026.
View at VinnovaAI-assisted discovery
AI-assisted discovery.
A selection of external reports, research resources, hardware, software, organisations, use cases and events identified through agent-based web search and summary.
International Neuromorphic Computing Conference (INCC) 2027
INCC 2027 in London brings together global experts for interdisciplinary collaboration on brain-inspired computing technologies from May 11–13, 2027.
NeuroSYNC
Frontiers in Neuroscience | Neuromorphic Engineering Section
A listing page displaying a chronological archive of published articles related to neuromorphic engineering within Frontiers in Neuroscience between early and late 2026.
Symmetry-based derivation of neuronal membrane dynamics: a Lie group approach to action potential generation
A theoretical paper proposes deriving neuromorphic circuit topologies from physical symmetries using Lie group theory to predict neuronal dynamics deterministically.
EBRAINS Neuromorphic Computing Infrastructure
EBRAINS provides free remote access to BrainScaleS and SpiNNaker neuromorphic systems for simulating spiking neural networks with accelerated time scales.
EBRAINS
The role of neuromorphic principles in the future of biomedicine and healthcare
A 2024 workshop identified challenges in applying neuromorphic engineering to biomedicine, highlighting needs for better standards, datasets, and cross-disciplinary collaboration.
Open Neuromorphic Community Resources
Open Neuromorphic provides educational resources, benchmarks, and curated hardware lists to support global brain-inspired AI collaboration.
Open Neuromorphic