
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 - A la fecha
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Profesor Investigador Full Time
Universidad de los Andes
Santiago, Chile
2004 - A la fecha
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 |

Jaime Cisternas
Profesor Investigador
Ingeniería y Ciencis Aplicadas
UNIVERSIDAD DE LOS ANDES
Santiago, Chile

Rodrigo Lecaros
Profesor Instructor
Departamento de Matemática
UNIVERSIDAD TECNICA FEDERICO SANTA MARIA
Santiago, Chile

Pablo Gutiérrez
Profesor asistente
Instituto de ciencias de la ingeniería
Universidad de O'Higgins
Rancagua, Chile