Pradel Research Award 2026 Presented to H. Sebastian Seung for Transformative Contributions to Neuroscience

Prestigious Neuroscience Honor Recognizes Transformative Scientific Contributions

The Pradel Research Award 2026, dedicated to reward son of the most distinguished research in neuroscience and brain mapping technologies honors worldwide high-level achievements pertinent to innovations through important discoveries, techniques or technological advancements in perception — Prof. H. Sebastian Seung is a leading neuroscientist who has made pioneering contributions to connectomics research as an interdisciplinary field that relates molecular biology gene expression data with whole-brain Mapping via computer science to unearth structure–function linkages across many scales from gaps between cells down dynamics over huge arcs of deep networks. The award, conferred by the National Academy of Sciences, recognizes mid-career neuroscientists whose research has substantially advanced knowledge of nervous system or brain function.

This recognition underscores Prof. Seung's extraordinary contributions to bridging neuroscience and artificial intelligence with computational biology, disciplines that will play a central role in shaping modern scientific discoveries about the brain going forward.

Awarded for his contribution to Connectomics and Brain Mapping

A Technology Pioneer:  His groundbreaking work has allowed scientists to characterize complex neural circuits in ways that were not possible before, improving the understanding of how information is processed and behavior is created in the brain.

His work has forever changed the field of connectomics and paved the way for new approaches to studying neural systems at scales once thought unapproachable.

Recognized for Pioneering Work in Computational Neuroscience

One reason for this recognition is Prof. Seung's frontier work in computational neuroscience, including his leadership of the MICrONS Consortium and the FlyWire Consortium! The first such international initiatives that he has led has generated some of the most ambitious efforts ever made to discover how the brain and nervous system works.

Developed by the MICrONS Consortium, we have been producing annotated serial sections to give a3D reconstruction of neural circuits in the mammalian brain and how neurons connect and communicate. In a similar vein, the FlyWire Consortium has proven crucial in creating detailed views of neural organization and function by leveraging crowd-sourcing to generate complex brain maps, such as high-resolution sketches of the fruit fly brain.

These collaborative efforts have streamlined the scientific understanding about axonal connectivity, neural computation and genetic basis of cognition.

AI Applications in Neuroscience: A Pioneering Endeavour

Prof Seung has made many influential contributions, probably the most recognized is using artificial intelligence and machine learning in neuroscience. Through his innovations, he has managed to change the process of reconstruction and analysis of neural circuits through the use of highly advanced computational approaches for the handling of big data in neuroimaging.

The process of reconstruction of a connectome is considerably faster now due to his inventions, as scientists have been able to see billions of synapses like never before.

Not only have these advancements led to more breakthroughs in neuroscience, but they have also provided proof that machine learning can be transformational in solving difficult problems in science.

Revolutionizing Our Concept of Neural Function

Prof. Seung has studied how neural networks can generate perception, memory, learning and behaviour throughout his career. His research has given critical insight into the interplay between brain structure and brain function- bridging one of the most formidable shortcomings of modern neuroscience.

His work has nurtured datasets, technologies and methodologies that are utilized globally by researchers to gain insight into neurological disorders, cognition and the basic mechanics of intelligence.

Transformative for the Science of Brains

From innovative approaches to research and collaboration to discovery, Prof. H. Sebastian Seung is awarded the 2026 Pradel Research Award for a scientific career that epitomizes innovation, exploration, and teamwork. His innovative work in the areas of connectomics, computational neuroscience and large-scale brain mapping are helping to define how we will study neuroscience internationally in coming years.

As researchers are getting nearer to cracking the secrets of the brain, Prof. Seung stands as a pillar marking an achievement of humanity which has previously been unreachable understanding of these connections and function in the simplest sense way connections between neurons. His vision, leadership, and scientific prowess continue to inspire researchers across a wide range of disciplines and make a substantial contribution to our understanding of one of nature's most intricate systems.