Ciencias Exactas e Ingenierías
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Introducción al análisis y diseño de MEMS
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Una introducción a la variable compleja 2
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Big Data Analytics: Una perspectiva multidisciplinaria para la mejora del proceso de toma de decisiones en las organizaciones
Some current topics in condensed matter physics 2018. Selected topics on quantum and photonic structures
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Some current topics in condensed matter physics 2016
The 2016 issue of Some Current Topics in Condensed Matter Physics is the fourth in the collection. It contains the extended versions of some of the works presented in the IX Workshop on Condensed Matter and Molecular Physics (January 2016) as oral contributions. In this occasion the reader may find chapters dealing with the matrix Sturm- Liouville problem, the features of quantum transport of holes in layered semiconductor systems, the electron transmission in self-similar graphene heterostructures, the time variation of entropy in anomalous diffusion problems, and the treatment of cognitive declination in humans via the catastrophe theory and the methods of Condensed Matter Physics.
DOI: http://dx.doi.org/10.30973/2017/condensed
Una introducción a la variable compleja
La variable compleja es un área de las matemáticas que tiene algo para todos los gustos. Además de tener aplicaciones a otras partes del análisis se puede decir que es un ancestro de otras áreas de las matemáticas (por ejemplo, teoría de homotopía, geometría hiperbólica, dinámica holomorfa, entre otras). De hecho, la variable compleja ha sido considerada como el área de introducción a las matemáticas. Este libro incluye algunos temas introductorios de la variable compleja que se han enseñado en la Facultad de Ciencias de la Universidad Autónoma del Estado de Morelos en la última década, usualmente en el cuarto semestre de Licenciatura en Ciencias, en las áreas terminales de Matemáticas y Física.
Aplicaciones modernas de optimización. La experiencia entre cuerpos académicos
Some current topics in condensed matter physics 2014
In this volume, different works related with problems of the current condensed matter research are put together. They are mostly related with the electronic and optical properties of semiconductor or dielectric layered heterostructures. Within this context the reader may find reports on the use of the transfer matrix formalism to solve effective-mass like equations, the features of anisotropic radiative emission and photon recycling in strain-balanced quantum well solar cells as well as the heavy hole Rashba coupling in semiconductor heterosystems. The transfer matrix scheme also appears in three chapters devoted to discuss photonic and phononic properties of one-dimensional dielectric heterolayers, whereas another two of them deal with the transport of Dirac electrons in quasi-regular graphene layered structures. As well, there is a contribution concerning to the linear and nonlinear optical properties associated to intersubband electron transitions in delta-doped quantum wells.
Some current topics in condensed matter physics 2012
The second volume of this series contains contributions in distinct areas of research in the physics of condensed matter. For most of them there is a common ground which is the physics of multilayered structures. Those works contain investigations on the acoustic, electronic and optical properties of systems including phononic crystals, tunneling heterostructures and the plasmon-polariton modes in Rudin-Shapiro one-dimensional photonic superlattices. A particular feature appearing in some of these chapters is the use of the transfer matrix formalism. The significance of this mathematical scheme for solving one-dimensional Sturm-Liouville- like differential problems is properly highlighted in chapter 3, together with a special discussion related with tackling the so-called ω-d problem. In the last two chapters the reader will find a discussion on the recent progress in the implementation of density functional calculations and a report on the properties of the vortex excitations in Bose-Einstein polaritonic condensates, respectively.
Some current topics in condensed matter physics 2010
This is the first volume of what is intended to be a collection of books covering different aspects of the research in condensed matter physics. The topics considered include reports on metamaterials modeling, mathematical aspects of the generalized eigenvalue problem — present in many multiband solid state situations and in situations described by systems of linear differential equations—, quantum well solar cells, as well as on the effective properties of magneto-electro- elastic laminated composite under the influence of a magnetic field. A chapter is devoted to the principles and applications of the laser induced breakdown spectroscopy. Transmission properties throughout one-dimensional layered structures and the nonlinear electromagnetic response of graphene are the subjects of another contributions. The book ends with an analysis of the fractality of the spectrum of elementary excitations in sequences following DNA bases ordering.
Excitación de hipersonido en películas de GaAs y GaN
Introducción a la resonancia magnética nuclear de proteínas
Introducción al álgebra
El álgebra es una de las principales ramas de las matemáticas y una herramienta fundamental para la disciplina científica en general. Su tema de estudio principal lo constituyen las llamadas estructuras algebraicas. Vistas dichas estructuras con esta generalidad se garantiza la aplicabilidad de la teoría desarrollada en distintos ámbitos de las ciencias. En este libro se presentan los requisitos teóricos básicos y las herramientas fundamentales para el estudio de las estructuras algebraicas numéricas, que son el primer eslabón para desarrollos posteriores, y se introduce con él al alumno en el pensamiento lógico matemático, el cual es indispensable para el estudio de cualquier área científica.