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THE FUTURE IN MIND



Neurons in the motor cortex projecting to the spinal cord (cyan) and striatum
(magenta) that control movement (Credit: Alice Mosberger/Costa lab)


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GIVING SCIENCE A BUMP

Participants in the Black Undergraduate Mentorship Program in the Biological
Sciences share posters about their research on Nov. 4 at BUMP's first annual
research symposium, held in the Education Lab at the Zuckerman Institute. Photo
credit: Ivan Amato/Zuckerman Institute




DAPHNA SHOHAMY, PHD

RICHARD AXEL, MD


THE FUTURE IN MIND

At Columbia’s Zuckerman Institute, we believe that understanding how the brain
works — and gives rise to mind and behavior — is the most urgent and exciting
challenge of our time. Led by Daphna Shohamy, PhD, and Nobel laureate Richard
Axel, MD, we study critical aspects of the mind and brain, gaining insights that
promise to benefit people and societies everywhere.


OUR SCIENCE: WE EXPLORE HOW THE BRAIN DEVELOPS, PERFORMS, ENDURES AND RECOVERS.


COMPUTATION

CAN MATH EXPLAIN THE BRAIN?


DISEASE

WHAT ARE THE CAUSES OF SICKNESS?


DECISION MAKING

HOW DO YOU MAKE A CHOICE?


EVOLUTION

WHAT MAKES YOUR BRAIN SPECIAL?


GROWTH & DEVELOPMENT

HOW DOES YOUR BRAIN MATURE?


LEARNING & MEMORY

HOW DO YOU STORE AND RECALL INFORMATION?


MOVEMENT

HOW DO YOU CONTROL YOUR BODY?


THE SENSES

HOW DO YOU PERCEIVE YOUR SURROUNDINGS?


TOOLS & TECHNOLOGY

HOW DOES INNOVATION PUSH THE BOUNDARIES OF KNOWLEDGE?

ELIZABETH HILLMAN, PHD


PEOPLE


TRANSFORMING HOW WE IMAGE THE BRAIN

Bringing her engineering and physics expertise to neuroscience, Professor
Elizabeth Hillman, PhD, has developed a wide range of multi-scale in-vivo
imaging methods including SCAPE microscopy for high-speed 3D imaging of neural
activity.


SCIENTIFIC PLATFORMS: THE TOOLS, FACILITIES AND PEOPLE THAT MAKE OUR RESEARCH
POSSIBLE.


ADVANCED INSTRUMENTATION

INVENTING ONE-OF-A-KIND TOOLS THAT SPUR NEW SCIENTIFIC EXPERIMENTS


CELLULAR IMAGING

DEVELOPING NEW IMAGING TECHNOLOGIES TO ILLUMINATE THE SECRET LIVES OF CELLS


CUSTOM GENETIC ACCESS SERVICES

GAME-CHANGING TOOLS FOR INVESTIGATING BRAIN CELL ACTIVITY


FLOW CYTOMETRY

DECIPHERING THE BRAIN, ONE CELL AT A TIME


MAGNETIC RESONANCE IMAGING

SCANNING THE BRAIN AND BODY IN HEALTH AND SICKNESS


RESEARCH COMPUTING

PROVIDING ROBUST COMPUTATION AND DATA STORAGE SOLUTIONS FOR LABS


VIROLOGY

BUILDING MOLECULAR TOOLS TO MAP AND EXPLORE THE NERVOUS SYSTEM


ZUCKERMAN INSTITUTE IN THE NEWS

SOME SONGBIRDS HAVE BRAINS SPECIALLY DESIGNED TO FIND MATES FOR LIFE

NEW STUDY SHOWS THAT TASTE, LIKE ALL REALITY, IS BUT A FRAGILE ILLUSION

THE HUMAN REMEMBERING MACHINE

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THE SCIENCE LIFE


AN ILLUSTRATED SERIES EXPLORING THE LIVED EXPERIENCES OF PEOPLE AT A BRAIN
SCIENCE INSTITUTE.



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OUR MISSION


AT COLUMBIA'S ZUCKERMAN INSTITUTE, OUR MISSION IS TO DECIPHER THE BRAIN. FROM
EFFECTIVE TREATMENTS FOR DISORDERS LIKE ALZHEIMER’S AND AUTISM TO ADVANCES IN
FIELDS AS FUNDAMENTAL AS ECONOMICS, THE ARTS AND LAW, THE POTENTIAL FOR HUMANITY
IS STAGGERING.

Jerome L. Greene Science Center (Credit: Frank Oudeman/Columbia University).


STEFANO FUSI, PHD


PEOPLE


CRACKING THE BRAIN’S CODE


Professor Stefano Fusi, PhD, wants to design technology inspired by the human
brain. As a step toward this goal, he is using math to better understand how the
brain itself computes information, especially as related to problem solving,
reasoning and decision-making. Dr. Fusi’s work could lead to technological
advances that have thus far remained beyond our reach.


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Sensory neurons in a fruit fly (Grueber Lab/Columbia's Zuckerman Institute).