Lecture 3: Active and Driven Soft Matter - Self-Propelled Hard Rods

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Lecture 3: Active and Driven Soft Matter - Self-Propelled Hard Rods 1.The Model -Active Hard Rod Nematic -Plan and Results 2.A Tutorial: From Langevin equation to Hydrodynamics -Langevin dynamics -From Langevin to Fokker-Planck dynamics -Low density limit & Smoluchowski equation -Hydrodynamics -Summary and Plan 3.Smoluchowski equation for SP rods -Langevin dynamics of SP Rods -Smoluchowski equation for SP rods 4.Hydrodynamics -Hydrodynamics Fields -Hydrodynamics Equations...

Lecture 3: driven diffusive lattice gases and mass transport models

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Lecture 3: driven diffusive lattice gases and mass transport models
- DDS in one-dimension
- Outline of TASEP

Driven granular systems and jamming - Lecture 3

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Lecture 3: Critical Scaling of a Sheared Granular Material at the Jamming Transition

Laser Tweezers, part 1

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Halina Rubensztein-Dunlop discusses Laser Tweezers at the Inter-Continental Advanced Materials for Photonics (I-CAMP) Summer School in Hangzhou, China, June 30, 2009. Learn more about this event at: http://icamconferences.org/i-camp/ Learn more about the Institute for Complex Adaptive Matter (ICAM) at: http://www.icam-i2cam.org/ Read about future events here: http://icam-i2cam.org/index.php/events/

Nonequilibrium work relations

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Nonequilibrium Statistical Mechanics: Fundamental Problems and Applications
Nonequilibrium work relations
Chris Jarzynski, University of Maryland

Driven and active elastic media

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Active and Driven Soft Matter
Lecture 2: Hydrodynamics of Living Liquid Crystals
Cristina Marchetti, Syracuse University