Upcoming
Peter Sarnak, Ph.D.Eugene Higgins Professor of Mathematics, Princeton University 
Stephen Liberles, Ph.D.Professor of Cell Biology, Harvard Medical School 
Vicky Kalogera, Ph.D.Daniel I. Linzer Distinguished University Professor in the Department of Physics and Astronomy, Northwestern University 
Stephen R. Quake, Ph.D.Lee Otterson Professor of Bioengineering, Stanford University 
Kara Marshall, Ph.D.Assistant Professor, Neuroscience, Baylor College of Medicine 
Alex Lupsasca, Ph.D.Assistand Professor, Physics and Mathematics, Vanderbilt University Past
Resting-state functional magnetic resonance imaging (fMRI) has been used to identify consistent functional patterns in neurotypical individuals, as well as changes in neurologic and psychiatric diseases.
- Lecture
The talk describes (dis)similarity distances between pairs of two-dimensional surfaces (embedded in three-dimensional space) that use both local structures and global information in the surfaces.
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The mind and brain can be thought of as computational systems — but what kinds of computations do they carry out, and what kinds of mathematics can best characterize these computations? Josh Tenenbaum attempts to answer these questions through the integration of disparate branches of mathematics and paradigms of computation.
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Most sensory stimuli in the natural world exhibit strong statistical regularities. A proposed general principle of sensory neuroscience is that the brain’s circuitry is designed to take advantage of these statistical regularities.
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While significant progress has been made on key cosmological questions, many remain unanswered: What happened during the first moments of the big bang? What is dark energy? What were the properties of the first stars?
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