Columbia University in the City of New York

News

3D reconstruction of a single CA1 pyramidal neuron in the mouse brain. The dendritic arbor is in red and each yellow dot is a mapped excitatory synapse received by this neuron. Each CA1 pyramidal neuron in the mouse receives between 10,000 to 15,000 excitatory synapses. (Credit: Daniel Iascone | Polleux lab).

News from about

Decision Making August 14, 2024

Scientists Capture Clearest Glimpse of How Brain Cells Embody Thought

Recordings from thousands of neurons reveal how a person’s brain abstractly represents acts of reasoning.

Movement July 26, 2024

The Neuroscience of Fencing

Celebrate the 2024 Olympics with brain science

Learning & Memory July 23, 2024

Zuckerman Institute Memory Expert Named an HHMI Investigator

Dr. Dmitriy Aronov’s discoveries about chickadees may help solve mysteries about the inner workings of memory

The Senses July 8, 2024

Memory Center in Flies Linked to Smell Sheds Light on Sight

By tracing connections inside the fruit fly brain, Zuckerman Institute researchers hope to learn more about multisensory learning

Decision Making July 5, 2024

Brain-Imaging Study Reveals Curiosity as it Emerges

In a first, researchers link people’s subjective feelings of curiosity to the way their brains physically represent it

News July 1, 2024

2023-2024 Academic Year Reflections

Science, discovery and wonder: our year in review

News May 24, 2024

Columbia Undergraduates Convene at the Zuckerman Institute to Learn More About a Future in Neuroscience

Undergrads present their research and hear from faculty at day-long meeting

News May 24, 2024

Profiles in Excellence: Meet Some of Our Undergraduate Researchers

College researchers in Zuckerman Institute labs are investigating different aspects the brain

The Senses May 16, 2024

How Does the Brain Turn Waves of Light Into Experiences of Color?

Fruit fly study reveals brain-cell circuitry that could underlie how creatures large and small see wavelengths of light as information-rich hues

Evolution May 15, 2024

Some Mice May Owe Their Monogamy to a Newly Evolved Type of Cell

Scientists discover the cells and hormones that inspire mice to nurture their young; the same hormones are also present in humans

Zuckerman Institute In the News

Click Here