Columbia UniversityKavli Institute for Brain Science
Exploring the complex network of brain cells and their connections
The Kavli Institute for Brain Science (KIBS) uses advanced imaging technology to observe neurons, synapses, and neural circuits as they develop and function, and as they respond to learning. Researchers examine the brain at the cellular, molecular, and systems level to understand how the nerve cells of neural circuits connect during development to control behavior, and how these neural circuits perform and are modified by learning and memory.
FOUNDED 2004
Leadership
AREAS OF INQUIRY
- Mechanisms that specify the identity of neurons and how they form their connections to give rise to neural circuitry during the development of the nervous system.
- The cellular functioning of the olfactory system, which processes the activity patterns of individual sensory neurons to produce the extraordinarily precise mammalian sense of smell.
- The physiology of cognitive processes such as visual attention, spatial perception, and decision-making.
- Anatomical changes in the brain, such as the growth of synapses, that occur during the learning process.
- Learning-related changes in signaling strength between synapses in the hippocampus, a region crucial to memory and one of the first parts of the brain to suffer damage with the onset of Alzheimer’s Disease.
- Functional magnetic resonance imaging (fMRI) of brain circuitry, with an eye toward clinical applications for personalized medicine.
No Brain Untouched
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The astonishing animals brain researchers study to answer fundamental questions about the brain
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Going Big
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Researchers go big, expanding their ideas, models and cells as they strive to understand the brain
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Neurotechnology’s Rise
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Calls for a concerted effort to develop ethical guidelines for emerging neurotechnologies
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Pump Up the Brain
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Some of the latest work from researchers at the Kavli institutes around
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The Science of Sugar Cravings
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Despite the COVID-19 pandemic, brain research marches on
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