Columbia scientists investigating the roots of social wiring in the brain discussed their work at a symposium designed to explore diverse perspectives on this complex topic.
A region in the mouse brain records whether another individual is safe or threatening, a finding that may help researchers understand why some human conditions lead to social withdrawal.
Columbia biologists have developed inexpensive microscopy tools that capture high-level images of brain tissue, previously only possible with more expensive lab equipment.
With some of the world's leading neuroscientists and machine learning researchers, Columbia is seeking lessons from biology that can create AI systems as versatile and efficient as our brains.
Neurons that control the muscles in our hands and feet develop through a unique genetic program that may help explain how neural circuits essential for fine motor skills evolved.
Koons, known for his work with everyday objects, will be the first artist-in-residence at Columbia’s Mortimer B. Zuckerman Mind Brain Behavior Institute.
New mathematical models can explain several properties of biological memory and may spur advances in neuromorphic hardware—powerful computing systems inspired by the brain.
The Champalimaud Vision Award was presented to Carol Mason, Pathology & Cell Biology, in recognition of her research that lays the groundwork for new ways to treat vision loss.
People with moderate or severe pain have a 41 percent higher risk of developing prescription opioid use disorders, researchers at Columbia University Medical Center have found.
Columbia neuroscientists have described the activity of newly generated brain cells in awake mice—a process known as adult neurogenesis—and revealed the critical role these cells play in forming memories.
Zuckerman Institute researchers describe new approaches to systematically quantify the diverse types of neurons in the spinal cord that could be expanded to the rest of the nervous system.