High Energy Theory Seminar

Francesco Benini
- DRL 2N36

:00



Workshop on Topology: Identifying Order in Complex Systems (Part 3)

Stephen Watson, (University of Glasgow)
- DRL A8



Condensed Matter Seminar: "Drops of Simple Liquids and Cohesive Cells on Squishy Surfaces"

Eric Dufresne, Yale University
- DRL A4



Workshop on Topology: Identifying Order in Complex Systems (Part 2)

Joshua Plotkin (UPenn)
- DRL A6


* 3pm, DRL A6, Joshua Plotkin (UPenn), Evolutionary dynamics on correlated fitness landscapes.



Workshop on Topology: Identifying Order in Complex Systems

David Srolovitz (UPenn), Joshua Plotkin (UPenn), Stephen Watson, (University of Glasgow)
- DRL, rooms 4N12, A6, A8

* 1:30pm, DRL 4N12, David Srolovitz (UPenn), Properties of Cellular Microstrucures: polycrystals, foams, and their idealizations Cellular structures are compact domains joined along codimension 1…



Workshop on Topology: Identifying Order in Complex Systems (Part 1)

David Srolovitz (UPenn)
- DRL 4N12

* 1:30pm, DRL 4N12, David Srolovitz (UPenn), Properties of Cellular Microstrucures: polycrystals, foams, and their idealizations Cellular structures are compact domains joined along codimension 1…



60-Second lecture: "The Other 96% of the Universe"

Gary Bernstein, Reese W. Flower Professor of Astronomy and Astrophysics
Stiteler Plaza, 37th Street and Locust Walk

Join us this spring in a race against the clock. Follow our roster of faculty experts from the School of Arts and Sciences as they work to fit a world of knowledge and discovery into just one…



The Higgs Particle: What Is It and How Has It Been Discovered?

Elliot Lipeles, Assistant Professor of Physics and Astronomy, and Mark Trodden, Fay R. and Eugene L. Langberg Professor of Physics
- Irvine Auditorium, Café 58, 3401 Spruce Street

Originally hypothesized by Peter Higgs nearly 50 years ago to explain why the constituents of matter have mass, the Higgs particle has finally…



High Energy Theory Seminar

Gregory Gabadadze (NYU)
- DRL 2N36



Vlasov Equation Seminar: Inviscid damping for 2D Euler.

Nader Masmoudi, Courant Institute of Mathematical Sciences
DRL 4C8

 We prove the equivalent of the Landau damping for the incompressible 2D Euler. Here the linear decay is much slower than in the Valsov case and we need a correction to the scattering. This is joint work…