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Convergence, interpolation, échantillonnage et bases de Riesz dans les espaces de Fock / Convergence, interpolation, sampling and Riesz bases in the Fock spacesDumont, Andre 08 November 2013 (has links)
Nous étudions le problème d'unicité, de l'interpolation faible et de la convergence de la série d'interpolation de Lagrange dans les espaces de Fock pondérés par des poids radiaux. Nous étudions aussi les suites d'échatillonnage, d'interpolation et les bases de Riesz dans les petit espaces de Fock. / We study the uniqueness sets, the weak interpolation sets, and convergence of the Lagrange interpolation series in radial weighted Fock spaces. We study also sampling, interpolation and Riesz bases in small radial weighted Fock spaces
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Fock space approach to schnakenberg modelLEANDRO, Marlon Oliveira Martins 24 May 2016 (has links)
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Previous issue date: 2016-05-24 / Capes / This work has as objective to study the relationship between Fock spaces, quantum
operators and chemical reaction systems used to model many stochastic processes with
biological motivation, such as population growth, heartbeats and cell metabolism. In
particular, we work with a generalization of Schnakenberg model, in its deterministic
and stochastic versions, and which is used to describe the process of cellular glycolysis.
As it is a new and at the same time a interdisciplinary area, involving knowledge in
stochastic processes, theoretical physics, chemistry and biomathematics, this text seeks to
be self-contained, including all the elements needed for the study of theme, for the purpose
of contribute to the better understanding between these diverse areas. / Este trabalho tem como objetivo estudar a relação entre espaços de Fock, operadores de
mecânica quântica e sistemas de reações químicas usados para modelar diversos processos
estocásticos com motivação biológica, como crescimento populacional, batimentos cardíacos
e metabolismo celular. Em particular, vamos trabalhar com uma generalização do modelo
de Schnakenberg, em suas versões determinística e estocástica, e que pode ser utilizado
para descrever o processo de glicólise celular. Como é uma área recente e ao mesmo tempo
interdisciplinar, envolvendo conhecimento em processos estocásticos, física teórica, química
e biomatemática, este texto procura ser autocontido, incluindo todos os fundamentos
necessários para o estudo do tema, visando contribuir para o melhor entendimento entre
estas diversas áreas.
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