Jill Dyché
Bestselling Author, The New IT | Co-Founder, Baseline Consulting (Acq. by SAS) | One of the 12 Most Influential Women in Data Science | Digital Transformation & Big Data
2014 Nobel Laureate in Physiology or Medicine | Professor & Director, Kavli Institute for Systems Neuroscience, NTNU | Brain Navigation & Memory
Edvard Moser discovered the grid cells that form the brain's internal GPS — earning the 2014 Nobel Prize and reshaping our understanding of memory, cognition, and Alzheimer's. As Director of the Kavli Institute for Systems Neuroscience at NTNU, he leads research with direct implications for how organizations think about learning, decision-making, and cognitive performance.
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Edvard Moser is a Nobel Prize-winning neuroscientist whose discovery of the brain’s internal positioning system has fundamentally changed how science understands memory, spatial reasoning, and the neural architecture of cognition. He is Professor of Neuroscience and Director of the Kavli Institute for Systems Neuroscience at the Norwegian University of Science and Technology (NTNU) in Trondheim, where he co-leads one of the world’s most celebrated brain research centers alongside his scientific partner May-Britt Moser.
Nobel neuroscience speaker Edvard Moser is best known for his discovery — alongside May-Britt Moser and John O’Keefe — of grid cells, a type of neuron in the entorhinal cortex that fires in precise hexagonal patterns as an animal moves through space. Together with O’Keefe’s earlier discovery of place cells, grid cells revealed the existence of a biological GPS embedded in the mammalian brain: a coordinate system that allows us to navigate physical space, encode location in memory, and form the cognitive maps that underlie learning itself. For this work, Moser received the 2014 Nobel Prize in Physiology or Medicine, among the highest honors in science.
The implications of this research extend far beyond navigation. Grid cells and place cells are among the first neural systems to degrade in Alzheimer’s disease, which is why disorientation and spatial memory loss are early hallmarks of the condition. Moser’s laboratory at the Kavli Institute for Systems Neuroscience continues to investigate how these circuits are built, how they break down, and what they reveal about broader principles of brain computation — work with direct relevance to neurodegenerative disease, cognitive aging, and the future of brain-inspired artificial intelligence.
Beyond the Nobel, Moser has been recognized with the Kavli Prize in Neuroscience, the Perl Prize, and the Louisa Gross Horwitz Prize, among numerous international distinctions. He is one of the most highly cited neuroscientists in the world, and his work has helped establish NTNU as a global hub for systems neuroscience research.
As a speaker, Edvard Moser brings rare scientific depth to audiences who rarely encounter world-class research presented with such clarity and relevance. His keynotes translate breakthrough discoveries about the brain into actionable insight for business leaders, technologists, and healthcare professionals — covering topics from the neuroscience of decision-making and learning to what AI can borrow from biological navigation systems. Audiences leave with a richer understanding of how the brain constructs knowledge, why memory is more dynamic than intuition suggests, and what cognitive science means for how we design organizations, train talent, and build resilient teams.
Drawing on his Nobel Prize-winning discovery of grid cells, Moser explores how the brain constructs its internal map of the world — and what that means for how humans learn, form memories, and make sense of complex environments. This keynote reveals the elegant neural architecture underlying navigation and cognition, translating frontier neuroscience into a new lens for organizational learning, talent development, and the design of high-performance teams.
Spatial memory is among the first casualties of Alzheimer's disease — and understanding why requires going deep into the circuits Moser has spent his career mapping. This session examines what neuroscience now knows about how cognitive decline begins, what early warning signs look like at the neural level, and where the most promising research directions lie. Essential for audiences in healthcare, insurance, aging services, and any organization thinking seriously about cognitive resilience in an aging workforce.
Grid cells and place cells don't just help us navigate — they are increasingly inspiring a new generation of AI architectures designed to reason about space, context, and sequence. Moser explores the interface between systems neuroscience and artificial intelligence, examining what biological neural circuits can teach machine learning researchers and why brain-inspired computation may be the key to building AI systems that generalize, adapt, and reason more like humans do.
Understanding how the brain encodes information, prioritizes attention, and makes decisions under uncertainty has profound implications for leadership, strategy, and organizational design. Moser draws on systems neuroscience to illuminate the biological basis of high-stakes decision-making, the neural cost of cognitive overload, and what organizations can do to create conditions that support rather than undermine optimal human performance.
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