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Vorlage für wissenschaftliche Poster im Rahmen des Moduls "Vertiefendes Rechnerpraktikum zur Energietechnik" am Fachgebiet Energietechnik und Umweltschutz der Technischen Universität Berlin. Basierend auf der Latex-Klasse baposter von Brian Amberg und Reinhold Kainhofer (Licence GPL, (c) 2007-2011 ) Template for scientific posters used in the course "Vertiefendes Rechnerpraktikum zur Energietechnik" at the Chair of Energy Engineering and Environmental Protection, Berlin Institute of Technology. Based on the latex-class baposter from Brian Amberg and Reinhold Kainhofer (Licence GPL, (c) 2007-2011 )

Overleaf template for submitting manuscripts to the Journal of Dark Sky Studies

This is a short example to show how the \makeindex and \printindex commands can be used to create and display a document index. Example originally from http://www.dickimaw-books.com/latex/thesis/html/makeidx.html

Las bases de datos relacionales han sido las herramientas por excelencia para el almacenamiento de la información en los sistemas informáticos. No obstante, las bases de datos NoSQL, como tendencia, han venido ganando espacio especialmente por la escalabilidad y velocidad en sus tiempos de respuestas. PostgreSQL ha incorporado algunas características de tipo NoSQL, como el almacenamiento efímero y el manejo de datos JSON; características que pueden aprovecharse para realizar acciones desde el gestor dándole mayor potencia. El objetivo de este artículo es evaluar, mediante toda la documentación encontrada, el comportamiento de las características NoSQL de PostgreSQL frente a un gestor NoSQL, comparandola con MongoDB, respecto a los tiempos de respuestas y dar a conocer las ventajas de uno con respecto al otro. Palabras Claves: Características NoSQL en PostgreSQL, MongoDB, PostgreSQL

Paige Ulrich's Resume

Write up for Quantum Mechanics and Intermediate Mechanics extra-credit assignments.

Math Homework simple template

This is a template for writing up problem sets at Carleton College.

Research has made great strides in understanding the interactions of the elementary particles attractons and the corresponding vibrational energy released triggered by collision with humans, measured as cupids. During typical field work, researchers discovered a test subject with atypical behavioral traits that produced much higher volumes of cupids in other subjects than had been previously measured in labratory settings. Further research concluded that the traits of this subject produced an entirely new elementary particle, here referred to as valentons. This paper outlines the discoveries about the traits of this subject, the unique effects that these new particles produce, and an outline of how these new particles will affect the study of attractons, cupids, and valentons in future research.