Publication: Hidrodinámica superficial en materia blanda: turbulencia de ondas y organización emergente
Loading...
Files
Official URL
Full text at PDC
Publication Date
2021-02-15
Authors
Advisors (or tutors)
Editors
Journal Title
Journal ISSN
Volume Title
Publisher
Universidad Complutense de Madrid
Citations
Exportar
Abstract
El fenómeno de la turbulencia de ondas lleva cautivando el interés de la comunidad científica desde hace más de seis décadas, desde que la intención de estudiar los fenómenos de las corrientes marinas y el transporte de energía entre grandes masas de fluidos o fluctuaciones caóticas en plasmas dio lugar a sucesivos marcos teóricos capaces de dar cuenta de una fenomenología ubicua en la naturaleza. Así, la teoría de la turbulencia de ondas ha permitido estudiar y entender en profundidad la hidrodinámica no lineal en la superficie de los líquidos mediante las ondas capilares, el origen y transporte de las olas marinas a través de las ondas gravitatorias, interacción del viento solar con la atmósfera terrestre y la turbulencia magnetohidrodinámica, turbulencia acústica y las ondas de choque en fluidos, turbulencia química en reacciones elementales, óptica no lineal, orden y caos en sólidos magnéticos a partir de la dinámica no lineal de las ondas de espín, fluctuaciones térmicas en fluidos supercríticos, turbulencia cuántica en condensados de Bose-Einstein, por citar unos pocos ejemplos...
The phenomenon of wave turbulence has captivated the interest of the scientific community for more than six decades, since the intention of studying the phenomena of sea currents and the transport of energy between large masses of fluids or chaotic fluctuations in plasmas gave place to successive theoretical frameworks capable of realizing a ubiquitous phenomenology in nature. Thus, the theory of wave turbulence has allowed us to study and understand in depth the nonlinear hydrodynamics on the surface of liquids by means of capillary waves, the origin and transport of marine waves through gravitational waves, interaction of solar wind with Earth's atmosphere and magnetohydrodynamic turbulence, acoustic turbulence and shock waves in fluids, chemical turbulence in elementary reactions, nonlinear optics, order and chaos in magnetic solids from the non-linear dynamics of spin waves, thermal fluctuations in supercritical fluids, quantum turbulence in Bose-Einstein condensates, etc...
The phenomenon of wave turbulence has captivated the interest of the scientific community for more than six decades, since the intention of studying the phenomena of sea currents and the transport of energy between large masses of fluids or chaotic fluctuations in plasmas gave place to successive theoretical frameworks capable of realizing a ubiquitous phenomenology in nature. Thus, the theory of wave turbulence has allowed us to study and understand in depth the nonlinear hydrodynamics on the surface of liquids by means of capillary waves, the origin and transport of marine waves through gravitational waves, interaction of solar wind with Earth's atmosphere and magnetohydrodynamic turbulence, acoustic turbulence and shock waves in fluids, chemical turbulence in elementary reactions, nonlinear optics, order and chaos in magnetic solids from the non-linear dynamics of spin waves, thermal fluctuations in supercritical fluids, quantum turbulence in Bose-Einstein condensates, etc...
Description
Tesis inédita de la Universidad Complutense de Madrid, Facultad de Ciencias Químicas, Departamento de Química Física I, leída el 26-02-2020