Dean
Researcher interests: Nonlinear dynamics including spatially extended driven systems, turbulence, dynamics of moving interfaces, the formation and evolution of patterns in nature, the transition from ordered to disordered behavior in space and time.
FACULTY / SCHOOL: Faculty of Science
DEPARTMENT: The Racah Institute of Physics
Selected Publications
brittle fracture theory describes the onset of frictional motion (2019)|
Annual Review of Condensed Matter Physics|
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the topology and mechanics of the formation of fracture surface patterns (2019)|
Bulletin of the American Physical Society|
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how supertough gels break (2018)|
Bulletin of the American Physical Society|
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the equation of motion for supershear frictional rupture fronts (2018)|
Science Advances|
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rupture dynamics of heterogeneous frictional interfaces (2018)|
Journal of Geophysical Research|
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classical shear cracks drive the onset of frictional motion (2018)|
Bulletin of the American Physical Society|
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the topology and mechanics of fracture surface pattern formation (2018)|
Bulletin of the American Physical Society|
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topological defects govern crack front motion and facet formation on broken surfaces (2018)|
Nature Materials|
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nonlinear focusing in dynamic crack fronts and the microbranching transition (2017)|
Physical Review Letters|
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growth and nonlinear response of driven water bells (2017)|
Physical Review Fluids|
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friction is fracture a new paradigm for the onset of frictional motion ()|
Bulletin of the American Physical Society|
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