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Thesis template for Linköpings universitet (LiU).

This is the official Caltech Thesis LaTeX Template for 2016, provided by Overleaf and the Caltech Library. To start writing your thesis, simply click the 'Open as Template' button above. If you have any questions before starting your thesis, it is recommended to read the Caltech Library thesis guide. This version of the template includes the Caltech logo on the title page. If you wish to remove this logo, you may do so within the template, or by starting from this version. To download this template for use offline, please click here and save the zip file to your computer. For more information on using Overleaf, and to claim your free upgrade to Overleaf Pro through the Caltech institutional license, please visit the Caltech portal on Overleaf.

This is the official Caltech Thesis LaTeX Template for 2016, provided by Overleaf and the Caltech Library. To start writing your thesis, simply click the 'Open as Template' button above. If you have any questions before starting your thesis, it is recommended to read the Caltech Library thesis guide. This version of the template includes the Caltech logo on the title page. If you wish to remove this logo, you may do so within the template, or by starting from this version. To download this template for use offline, please click here and save the zip file to your computer. For more information on using Overleaf, and to claim your free upgrade to Overleaf Pro through the Caltech institutional license, please visit the Caltech portal on Overleaf.

Version du 3 février 2013 Infos et bugs : vincent.mazet@unistra.fr

A book on Docker in Portuguese, created using the Legrand Orange Book LaTeX Template from LaTeXTemplates.com. The Legrand Orange Book template was created by Mathias Legrand (legrand.mathias@gmail.com) with modifications by Vel (vel@latextemplates.com) and made available under a CC BY-NC-SA 3.0 license.

An experimental hackety hack to export HTML from LaTeX on Overleaf, using make4ht: Math is exported as MathML and will be rendered using MathJax; EPS and PDF graphics are converted to PNG; JPG and PNG graphics are used as-is; TikZ drawings are exported as SVG. This is provided 'as is' and is not officially supported by Overleaf. In this sample set-up, the HTML export will only be triggered if the project is set to compile with pdfLaTeX. It'll take longer than usual to compile your project; so probably a good idea to only add the latexmkrc file that triggers the HTML export when you're quite down with writing. You can download the generated files using the steps described here. make4ht does not work well with authblk, fontspec and possibly other packages. This is an experimental hackety hack!

Customisable calendars supporting different languages, sizes and layouts, colours and illustrations. The calendars can be marked with events with date ranges, using different markers and styles. (default, no class option): fits CD cases (11.7cm x 13.65cm) small: like a floppy disk, 9cm x 7.5cm giant: A4 paper, portrait giant,landscape: A4 paper, landscape giantsolo or giantsolo,landscape: like above, but without the mini calendars for previous/next months. Use the sundayweek document class option to make weeks start on Sundays. Localisation possible with languages supported by datetime2/translator, by specifying the language name as a document class option. For unsupported languages, use the nobabel option and make your own customisations. Or fork it on Github.

Detailed notes

To get the correct answer one must ask the correct question. In the field of Quantum Gravity the question has been how do we quantize General Relativity or derive a quantum theory which becomes General Relativity at low energies. Observing that Quantum Field Theory was the result of making Quantum Mechanics into a relativistic theory, I asked myself why not make QFT obey the principles of GR? I answered this question with a model I call Relativization. In a series of three papers I presented an answer to this alternative question which gives finite results for everything from black holes to particle physics. Presented at the April meeting of the American Physical Society