Jaime Eduardo Cisternas Elgueta
Profesor Investigador
UNIVERSIDAD DE LOS ANDES
Santiago, Chile
DYNAMICAL SYSTEMS; PROBABILITY AND STOCHASTIC PROCESSES; BIOLOGICAL AND ECOLOGICAL SYSTEMS; self-organizing systems; nonlinear dynamics; stochastic processes; Complex Systems; Stochastic Physics; Surface Science
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Physics and Applied Mathematics, PRINCETON UNIVERSITY. Estados Unidos, 2004
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Physics, PONTIFICIA UNIVERSIDAD CATOLICA DE CHILE. Chile, 1997
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Electrical Engineering, PONTIFICIA UNIVERSIDAD CATOLICA DE CHILE. Chile, 1996
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Profesor Titular Full Time
UNIVERSIDAD DE LOS ANDES
Ingeniería y Ciencias Aplicadas
Santiago, Chile
2004 - At present
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Profesor Investigador Full Time
Universidad de los Andes
Santiago, Chile
2004 - At present
Guided 20 Engineering theses:
Nicolás Hevia (2005); Alex Harasic (2005); Diego Dziekonski (2005); Rafael Córdova (2006); Felipe Lacámara (2006); Adolfo Moreno (2006); Nicolás Holzapfel (2006); Sebastián Torrealba (2008); Katty Schüller (2007); Alejandro Tardel (2006); Pablo Brunetto (2007); Alejandro Zwanzger (2006); Pedro Daza (2008); Cristóbal Briseño (2008); Juan Pablo Gana (2008); Carlos Montoya (2014); Juan Manuel Etchebarne (2016); Joaquín Sánchez (2017); Manuel Alvarez (2018); Carlos Iturriaga (2019).
Anomalous diffusion and trapping of explosive solitons |
Self-assembly and absence of pinning effect in ensembles of localized structures induced by strong nonlocal interaction |
Soliton Explosions=> A Deterministic and Stochastic Approach |
EXTREME EVENTS INDUCED BY WEAK NOISE |
IMPACT OF NON-LOCAL INTERACTION ON MEAN FIELD MODELS FOR SELF-ORGANIZATION |
QUASI-ONE-DIMENSIONAL AND EXPLONDING DISSIPATIVE SOLITONS |
Rare transitions in the CO oxidation on Palladium(111) |
PHOTON-EFFICIENT MODULATION AND CODING FOR LARGE-BANDWIDTH TERRESTRIAL AND SATELLITE OPTICAL COMMUNICATIONS |
MANIFESTATIONS OF NOISE IN PHYSICAL AND CHEMICAL EXTENDED SYSTEMS |
Effects of large noise on the CO oxidation on Iridium(111) surfaces inside the bistable regime |
COLLISIONS OF PULSES AND STOCHASTIC PROCESSES IN DISSIPATIVE SYSTEMS |
LOCALIZED STRUCTURES IN NEURAL NETWORKS AND REACTION-DIFFUSION SYSTEMS |
Noisy CO oxidation on Iridium(111) surfaces Experiments explained by theory under realistic assumptions |