name: inverse layout: true class: center, middle, inverse --- # Research Methods: Workshop 1 Weiguang Cui .red[*] .right[### Go back to [Course site](https://weiguangcui.github.io/ResearchMethods)] .footnote[.red[*] Email: weiguang.cui@ed.ac.uk] --- ## Preparing 1: Where to find the literatures/information? --- layout: false .left-column[ ### Online search ] .right-column[ 1. ADS: [https://ui.adsabs.harvard.edu/](https://ui.adsabs.harvard.edu/) **The most highly used database in Astronomy.** How to use it?? 2. arXiv: [https://arxiv.org/](https://arxiv.org/) **For the latest (maybe unpublished) papers** 3. Google Scholar: [https://scholar.google.com/](https://scholar.google.com/) 4. Bing Academic: [https://www.bing.com/academic](https://www.bing.com/academic) 5. Online courses: 6. Wikipedia: [https://www.wikipedia.org/](https://www.wikipedia.org/).red[*] [!] .footnote[.red[*] Should you trust it?] ] ??? Do the example for using ads --- .left-column[ ### Online search ### Offline marterials ] .right-column[ - Libraries. - Text books. - Ask the experts.red[*]. .footnote[.red[*] I think this is the most efficient way!] ] --- template: inverse ## Preparing 2: Tools for organizing your library --- name: Tools 1. Mendeley: [https://www.mendeley.com](https://www.mendeley.com) 2. Papers: [https://www.papersapp.com/](https://www.papersapp.com/) --- template: inverse ## Some background for the Key paper --- template: inverse # the component of the Universe ![component](universe.jpg) --- template: inverse class: middle, center # the dark-matter simulation
![dm](MD-dm.png) --- template: inverse # The weaklensing technique .left-eq-column[
] .right-eq-column[
] --- name: last-page template: inverse ## That's all folks (for now)! Slideshow created using [remark](http://github.com/gnab/remark).