BNBNet — Brain-Integrated Neuromorphic Technologies Network

Brain-Integrated Neuromorphic Technologies

BNBNet connects researchers across neuroscience, electronics, materials science, artificial intelligence and clinical research to advance the next generation of brain-inspired biomedical technologies.

Explore Our Research

Join the Network

Who's Behind BNBNet

Leading researchers from Nordic universities and hospitals driving the network forward.

Sweden

Denmark

Finland

Norway

Sweden

Denmark

Finland

Norway

Sweden

Denmark

Finland

Norway

Research Themes

From materials science to clinical translation, spanning the full innovation pipeline.

: Intelligent Hardware

Brain-inspired architectures for adaptive, real-time AI.

05 / 07

Neural Interfaces

Flexible bioelectronics for long-term, safe neural communication.

04 / 07

Signal Decoding

AI-driven recording and interpretation of neural activity.

03 / 07

Neuronal Dynamics

Modelling how neural populations encode and adapt.

02 / 07

Materials & Devices

Synaptic devices and circuits for energy-efficient computing.

01 / 07

Theme 1

Neuromorphic Materials & Devices

Development of novel electronic materials, synaptic devices, and integrated circuits for energy-efficient computing and sensing.

01/07Research Theme

THEME 02

Models of Neuronal Dynamics and Neural Activity

Mathematical and computational models that describe how neuronal populations encode information, adapt to changing environments, and generate complex behaviours.

02/07Research Theme

THEME 03

Brain-Signal Acquisition and Decoding

Advanced methods for recording, analysing, and interpreting neural activity using AI and machine-learning techniques for applications in neuroscience and medicine.

03/07Research Theme

THEME 04

Biocompatible Neural Interfaces

Flexible and bioelectronic interfaces that enable long-term communication between neural tissue and electronic systems while ensuring safety and biocompatibility.

04/07Research Theme

THEME 05

Synaptic Computing and Intelligent Hardware

Brain-inspired hardware architectures capable of adaptive learning, real-time processing, and energy-efficient artificial intelligence.

05/07Research Theme

THEME 06

Closed-Loop Therapeutic and Assistive Systems

Integrated systems that continuously monitor neural activity, interpret brain signals, and deliver personalised therapeutic or assistive interventions.

06 / 07Research Theme

THEME 07

Clinical Validation and Translation

Evaluation of neuromorphic technologies using clinical data, ethical frameworks, and translational pathways toward future healthcare applications.

07/07Research Theme

Eight goals driving BNBNet's work across research, training, and translation.

Build a Strong Nordic Research Community

Strengthen interdisciplinary collaboration across Sweden, Norway, Denmark, Finland, and international partners.

Create a Shared Research Roadmap

Develop a common vision for future research priorities and collaborative opportunities.

Support Early-Career Researchers

Training through workshops, mentoring, laboratory exchanges, and leadership opportunities.

Share Infrastructure and Expertise

Access to nanofabrication, neuromorphic hardware, and clinical data environments.

Develop Collaborative Pilot Projects

Interdisciplinary projects in neural decoding, synaptic electronics, and closed-loop systems.

Prepare Competitive Research Proposals

Build international teams for Horizon Europe, ERC, EIC Pathfinder, and national funding.

Engage Society

Communicate research through seminars, outreach, and public events.

Establish Long-Term Collaboration

Sustainable partnerships beyond the lifetime of the current programme.

Build a Strong Nordic Research Community

Strengthen interdisciplinary collaboration across Sweden, Norway, Denmark, Finland, and international partners.

Create a Shared Research Roadmap

Develop a common vision for future research priorities and collaborative opportunities.

Support Early-Career Researchers

Training through workshops, mentoring, laboratory exchanges, and leadership opportunities.

Share Infrastructure and Expertise

Access to nanofabrication, neuromorphic hardware, and clinical data environments.

Develop Collaborative Pilot Projects

Interdisciplinary projects in neural decoding, synaptic electronics, and closed-loop systems.

Prepare Competitive Research Proposals

Build international teams for Horizon Europe, ERC, EIC Pathfinder, and national funding.

Engage Society

Communicate research through seminars, outreach, and public events.

Establish Long-Term Collaboration

Sustainable partnerships beyond the lifetime of the current programme.

Research with a direct path to healthcare, robotics, and intelligent systems.

A streamlined process built for consistent performance.

Healthcare

Brain-computer interfaces, neuro-prosthetics, and diagnostics that bring neuromorphic research into clinical practice.

Why Harbour Molds Lines by Masterworks yet Sessions

Why Group Streamlining Onboarding and Saved With the Brightway

How Market.org Raisedup these RATE as 2x from Pathguide.

Healthcare

Brain-computer interfaces, neuro-prosthetics, and diagnostics that bring neuromorphic research into clinical practice.

Why Harbour Molds Lines by Masterworks yet Sessions

Why Group Streamlining Onboarding and Saved With the Brightway

How Market.org Raisedup these RATE as 2x from Pathguide.

Latest news and events

Funding & Institutions