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Transitions in biofilm formation
Chaos
Quantum Mechanics meets Fluid Dynamics: Direct Visualization of Vortex Reconnections in Superfluid Helium
Significant questions regarding turbulence in quantum fluids, such as superfluid helium, remain unanswered owing to the inability to directly probe the local velocity in a manner quite common in the study of classical fluid turbulence. Using a novel visualization technique to measure the local...
Condensed Matter Seminar – Nanothermodynamics and Nonlinear Corrections to Statistical Mechanics
Pizza Seminar – Dance of the Single-Celled Organisms
Joint CQS/CNLD Seminar – Elemental and Isotopic Partitioning in the Nuclear Fuel Cycle
The nuclear fuel cycle is the series of industrial processes that support the production of electricity in nuclear power reactors.  While the United States currently practices the ‘open’ fuel cycle in which used uranium fuel is not reprocessed or recycled, ‘closed’ fuel cycles...
Physics Department Colloquium – Dynamics of Complex Systems: From picoseconds to the age of the universe
Dilute magnetic materials that are both random and “frustrated” possess a remarkable “spin glass” phase.  Though the materials are quite disordered, and exhibit a rather dull phase diagram, there exists an internal “ultrametric” order that has startling consequences. ...
Geometric Order and Movement Patterns in Embryonic Epithelia: Informing Controversy Using Theory and Computation
Physics Department Colloquium – Probing the smallest of length scales: A hunt for the electric dipole moment of the electron
In the early 1950’s Purcell and Ramsey hypothesized that the electron might have an CP-violating electric dipole moment proportional to its spin.  This hypothesis set in motion a hunt for the electron’s electric dipole moment (e-EDM) that is still ongoing.  The value of such an e-EDM divided...
Please attend the Nonlinear Dynamics Seminar (1pm) and Physics Colloquium (4:15pm) on Wednesday, Feb. 17

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