UAI Digital Repository (Universidad Adolfo Ibáñez)
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Jorge Edwards junto a varios escritores chilenos.
No full textFotografía monocromo de Jorge Edwards posando junto a otros escritores chilenos.Buen estado de conservaciónDe izquierda a derecha: Manuel Silva Acevedo, Floridor Pérez, Enrique Lihn, Jorge Edwards, Oscar Hahn, Alberto Rubio, Cristián Huneeus y Diego Maqueira
Campus Recreo, Universidad Adolfo Ibáñez
No full textEscalinata de la casona donde se encontraba la Escuela de Negocios de la Universidad Adolfo Ibáñez, calle Balmaceda. Campus Recreo en Viña del Mar (Fotografía en blanco y negro).Buen estado de conservació
Entrega de certificados
No full textPersonajes de izquierda a derecha: Pedro Ibáñez Ojeda y Osman Arellano Director de los Seminarios de la Fundación Adolfo Ibáñez. (Fotografía en blanco y negro).Buen estado de conservació
Cuenta Anual del Rector, Octubre 2016.
Get PDFContenido: Una pausa activa. --Pilares estratégicos 2017-2021. --Artes Liberales: core currículum. --Docencia de alta calidad. --Porcentaje de profesores de planta regular con grado de doctor, julio 2016. --Aumentar porcentaje de horas de clases cubiertas por profesores de planta. --Requerimientos de nuevos académicos de planta. --Número de profesores de planta. --Relación alumno/profesor. --Investigación de foco y alto impacto. --Investigación. --Conectados al mundo: profesores. --Internacionalización del cuerpo académico. --Redes con investigadores de Francia. --Redes con investigadores de Reino Unido. --Redes con investigadores de EEUU. --Conectados al mundo: alumnos y programas. --Educación contínua altamente competitiva. --Programas de educación contínua. --33 programas de magíster: 1020 alumnos. --36 Diplomados: 960 alumnos. --Matrícula total. --Evolución número de estudiantes de 4° Enseñanza Media en Chile. --Evolución matrícula total universitaria de pregrado. --Titulados 2007-2015 de profesionales que son alumnos potenciales de programas de Educación Continua de la UAI
Equilibrium and Non-Equilibrium in a Reversible and Conservative Cellular Automaton.
Get PDFThe main goal of this thesis, relies the dynamis of a reversible and
conservative cellular automaton Q2R model. Q2R is a automaton that runs on a
two-dimensional grid of nite size and is reversible in a physical sense, that is,
not only is the automaton rule invertible, but the bakward rule reads exactly
the same as the forward one. This model is a dynamial variation of the Ising model for ferromagnetism that possesses quite a rich and
complex dynamics.
As expected, the Q2R automaton only possesses fixed points and periodic orbits and it has been shown that possesses an energy like quantity, and, at least an extra conserved quantity. Although, the dynamis includes only fixed points and periodi orbits, numeric al simulations show that the system exhibits a ferromagnetic phase transition in the large system size limit for a well
defined critial energy.
In the present work, we charaterize the configuration space, that is composed of a huge number of cycles with exponentially long periods. More precisely, we quantify the probability distribution func tions of states in terms of the aforementioned invariants. We show that the dynamis of the system in the phase space appears to be, depending on the energy, a random walk or a
Levy flight.
The main contribution of the present thesis is the application of a coarsegraining approach that allows to write a coarse-grained master equation, which charaterizes equilibrium and non equilibrium statistical properties, for theQ2R model. Following Nicolis and collaborators, a
coarse-graining approach is applied to the time series of the total magnetization, leading to a
consistent master equation that governs the macroscopic irreversible dynamics of the Q2R automata. The methodology is replicated for various lattice sizes. In the case of small systems, we show that the master equation leads to a tractable probability transfer matrix of moderate size,
which provides a master equation for a coarse-grained probability distribution. The method is validated and some expli it examples are discussed
Campus Recreo, Universidad Adolfo Ibáñez
No full textCasona donde se encontraba la Escuela de Negocios de la Universidad Adolfo Ibáñez, calle Balmaceda N° 1625. Campus Recreo en Viña del Mar, vista aérea.Buen estado de conservació
Cuenta Anual 2020.
Get PDFContenido: El último año. --El momento actual de la UAI. --Acreditación institucional 2014-2019 ¿Cómo ha cambiado la UAI?. --El futuro próximo
Firma de documento de donación del Fondo Pedro Ibañez Ojeda.
No full textFirma de documento que acredita la donación del Fondo Pedro Ibañez Ojeda a la Universidad Adolfo Ibañez., que se llevó a cabo en el sector correspondiente a la Colección Histórica de la Biblioteca. Realiza firma del documento, don Adolfo Ibañez Santa María quien se encuentra acompañado de don Claudio Osorio vicerrector del Campus Viña del Mar y Claudia Gilardoni Silva directora de Bibliotecas UAI.Buen estado de conservació
Campus Sporting
No full textVista aérea del Campus Viña del Mar de la Universidad Adolfo Ibáñez. Av. Padre Hurtado 750, Viña del Mar, Chile.Buen estado de conservació
Phenotypic integration of physiological and lifehistory traits along a latitudinal gradient in intertidal ectotherms.
Get PDFIn intertidal marine crustaceans, phenotypic variation in physiological and lifehistory traits is pervasive along latitudinal clines. However, organisms have complex phenotypes, and their traits do not vary independently but rather interact differentially between them, effect that is caused by genetic and/or environmental forces. One of the abiotic factors that most influences organisms is the temperature that affects practically all the biochemical and physiological processes of organisms, which has been linked to growth, survival and reproduction patterns. In this sense, these ectothermal organisms have had to adapt to different environmental conditions, modifying or adjusting their physiology and / or behavior to tolerate the extreme environmental conditions of the intertidal. This allows us to ask some questions such as: 1) Are there compromises between physiological components and life-history traits in marine ectothermal organisms?. 2) What is the role in acclimatization to different geographical gradients in physiological responses (thermal tolerances) in ectothermic marine organisms? 3) Does the integration of physiological traits responses vary between populations of different species?. To answer these questions, we evaluate the phenotypic integration of life-history and physiological traits based on geographic
variations found at latitudinal and intertidal levels. This study covered a latitudinal gradient
of approximately 3,000 km from the coast around Iquique to the coast of Chiloé; we study
different populations of decapod crabs that are distributed in vertical bands in the rocky
intertidal zone exposing themselves to different thermal variations. Our main results reflect
(1) Variations in physiological traits with latitude appear to be a plastic response controlled
primarily by temperature, rather than a fixed traits of site-specific populations, therefore,
population differences in physiological rates result in a differential mean in SFG of
ovigerous and non-ovigerous females, which could be related to the frequency of
reproductive events in those species that are distributed across wide geographical
gradients. (2) The species that inhabit the intertidal-high maintain a greater integration
between their physiological traits and greater thermal tolerances and present less plasticity
than those that inhabit the zones of low intertidal. (3) The physiological behavior of the
studied species differs along a clinal gradient, and the differentiation of the P-Matrix
depends mainly on the microhabitat in which these species are distributed vertically in
addition to the environment barriers such as biogeographic breaks