Washington / D.C. / Washington D.C. / Amsterdam / Reading / Pasadena / /
Company
Los Alamos National Laboratory / Cambridge University Press / Jet Propulsion Laboratory / /
Country
United States / United Kingdom / / /
Event
Natural Disaster / /
Facility
Boston University / University of Colorado / /
IndustryTerm
ecological systems / nonequilibrium systems / driven mean-field slider block systems / far-from-equilibrium dissipative systems / energy minimum / equilibrium systems / energy-fluctuation metric / elastic energy / energy landscape / earthquake fault networks / simplified natural systems / spatial network / local energy minimum / seismic monitoring networks / driven mean-field systems / mean-field systems / model driven systems / simulated and natural systems / threshold systems / energy metric / neural networks / mean-field threshold systems / driven systems / near mean-field systems / energy fluctuation metric / Earthquake fault systems / energy release / metastable energy / natural systems / extended fault networks / seismic energy release / driven threshold systems / energy / /
Movie
A.D. / /
NaturalFeature
Imperial Valley / /
Organization
Cambridge University / Boston University / Boston / University of Colorado / Boulder / National Aeronautics and Space Administration / Colorado Center for Chaos & Complexity / /
Person
Addison Wesley / Nat / / /
Position
representative / /
ProvinceOrState
New Mexico / Kern County / California / Massachusetts / Colorado / /
Ergodicity in Natural Fault Systems K. F. Tiampo(1), J. B. Rundle(2), W. Klein(3), and J. Sá Martins[removed]CIRES, University of Colorado, Boulder, CO 80309, USA (email: [removed]; phone: +[removed]