<<

A Mind to Discover movement decision making Columbia’s Zuckerman Institute brings together an extraordinary learning and memory group of scientists, in a state-of-the-art facility, to transform our growth and development understanding of the brain and mind. tools and technology diseases and disorders We are conducting pioneering research into how the brain develops, computation performs, endures and recovers. the From effective treatments for disorders like Alzheimer’s and autism evolution to advances in fields as fundamental as computer science, the arts, economics, law and social policy, the potential impact for humanity is staggering.

Our home in the Greene Science Center, purpose built to spark interaction, also houses public programs and spaces that invite our Manhattanville neighbors to delve into the mind and its mysteries.

50+ 800+ 3,700+ 450,000 FT2 LABS RESEARCH SCIENTIFIC IN THE GREENE SCIENCE STAFF PUBLICATIONS CENTER

AWARDS AND HONORS PUBLIC PROGRAMS

NOBEL LASKER WOLF EDUCATION LAB PRIZES AWARDS PRIZE 2 2 1 WELLNESS CENTER BRAIN INDEX NATIONAL HOWARD HUGHES ACADEMY OF MEDICAL INSTITUTE 8 SCIENCES MEMBERS 8 SCIENTISTS

Neurons in the dentate gyrus region of the brain (Nathan Danielson/Losonczy Lab/Columbia’s Zuckerman Institute) A History of Brain Columbia’s Zuckerman Institute has assembled a team Research at Columbia of world-class , engineers, statisticians, psychologists and other scholars from across the University 1909 Columbia founds the Neurological and its medical center. Led by Rui Costa, DVM, PhD, and Nobel Institute of , the world’s first laureates , MD, and Richard Axel, MD, we study hospital devoted to brain diseases. critical aspects of the mind and brain, gaining insights that promise to benefit people and societies everywhere. 1930s Columbia scientists Kenneth Cole and Howard Curtis make landmark measurements of cells’ electrical prop- erties critical for understanding brain COMPUTATION activity. We use mathematics to explore how the brain operates, work that lends insight not only into biology but also into computer science and technology. 1975 DECISION MAKING Columbia’s Center for Neurobiology We examine the motivations and rewards that drive us to make decisions and the processes and Behavior opens, led by neurosci- that determine the choices we make. entist Eric Kandel. DISEASES AND DISORDERS 2000 We study fundamental mechanisms that stand to accelerate treatments for brain-related Kandel wins the for conditions such as Alzheimer’s, Parkinson’s, depression and autism. research into how learning perma- EVOLUTION nently alters the synaptic connections We investigate what makes the human brain special and how this amazingly complicated between neurons. thinking machine evolved from simpler brains. 2004 GROWTH AND DEVELOPMENT Columbia Richard We investigate how cells in our bodies transform into a healthy, thriving brain as we grow. Axel wins the Nobel Prize for studies LEARNING AND MEMORY mapping the and biology of We study how the brain acquires knowledge about the world and how our experiences are the . encoded, stored and recalled in the brain. 2006 MOVEMENT Jerome L. Greene Foundation gives We explore how the nervous system tells the body to move and what happens when this Columbia $250 million for a new process goes awry, as in diseases like Parkinson’s and amyotrophic lateral sclerosis. building devoted to brain science. THE SENSES We uncover the mechanisms in the brain that enable us to experience the world through 2012 sight, smell, taste, hearing and touch. Mortimer B. Zuckerman endows a $200 million institute, TOOLS AND TECHNOLOGY led by Kandel and Axel. We bring together science and engineering to build cutting-edge tools and imaging technologies that allow us to see the brain in new ways and in unprecedented detail. 2016 AND BEYOND The Zuckerman Institute begins a To learn more please contact: new chapter of scientific discovery in [email protected] the Jerome L. Greene Science Center.

 zuckermanbrain  zuckermaninstitute  zuckermaninstitute.columbia.edu