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A gallery of up-to-date and stylish LaTeX templates, examples to help you learn LaTeX, and papers and presentations published by our community. Search or browse below.

Bridges to Prosperity Overleaf and LaTeX Tutorial
Tutorial and Exercise for Cornell University chapter of Bridges to Prosperity.
Adapted from the AguaClara Overleaf and LaTeX Tutorial written by William Pennock.
Natalie Mottl, William Pennock

mscs@uic Presentation Style
This presentation template adheres to the University Style Guidelines as specified on https://marketing.uic.edu/marketing-toolbox/university-style-guide/ .
Font is the only stylistic element that could not be specified to strictly adhere to these guidelines. Implementing fonts is nontrivial in LaTeX. One could utilize an alternate compiler to implement *.ttf fonts, but I could not figure out how to do this without conflicts/errors.
This template can easily be adapted to other departments using the UIC logos available on the marketing.uic.edu website.
Stephanie N. Reyes

ARE261 Blog: Sense and Sensibility of Consumers
A short discussion of consumers in the world of economists.
Yulei Shelley he

Derivation of the Lorentz Transformation in Einstein's Theory of Special Relativity
A non-rigorous proof of the Lorentz factor and transformation in Special relativity using inertial frames of reference.
Ivan V. Morozov

Leiden Beamer Theme
Beamer template for Leiden University, with support for various faculties through different highlight-colors.
dr. Joost Schalken, Pepijn van Heiningen, Sander van Rijn

RBCDSAI Proposal Template
Proposal format for RBCDSAI
RBCDSAI

<p>Template for Journal of Educational Datamining (JEDM)</p>
This document serves both as JEDM submission instruction and as a template file.
SungJin Nam

Template para Apresentações (DE-UFPB)
Template do Departamento de Estatística da UFPB para aulas e apresentações de conferências.
Departamento de Estatística - UFPB

Gráfica de Función de Transferencia
El presente es un gráfico doble de una Función de transferencia de un circuíto RLC en serie definida por la relación entre el voltaje en la resistencia (\(V_R\)) y el voltaje en la fuente (\(V_S\)). La ecuación obtenida es \(H(j\omega)=\frac{j\omega RC}{LC(j\omega)^2+RCj\omega+1}\). En el listado, se definen los valores de R, L y C en función de los cuales se traza la gráfica de la ganancia (en rojo) y del desfase (en azul), para el rango de frecuencias considerado.
La función de transferencia fue obtenida de la web "Guía práctica para construir un diagrama de Bode y se aprovecha el uso de GNUPLOT para graficar la función de transferencia, la cual depende de variables complejas.
Ramón Jaramillo