arXiv.org is a great resource for pre-prints in Physics, Mathematics, Computer Science, Quantitative Biology, Quantitative Finance, Statistics, Electrical Engineering and Systems Science, and Economics. While the PDF format of the pre-prints hosted there is great for offline reading or printing, it's not the best choice for online viewing, and now there is a great alternative in arXiv Vanity (https://www.arxiv-vanity.com/).
Blog topic: Science
Stanford University is a member organization of The Carpentries, a nonprofit dedicated to teaching foundational skills for research computing skills. This partnership is managed by Dr. Amy Hodge of the Stanford University Libraries, and is open to the entire campus community. Over the past few quarters the Stanford University Libraries have offered the popular two-day Software Carpentry workshops as an open enrollment to anyone on campus. Other campus organizations have also run and will continue to run similar versions of these workshops.
The Premium version of protocols.io -- a collaborative platform and preprint server for methods and protocols -- is now available free to all Stanford users! Funded by the Dean of Research and supported by Stanford Libraries, protocols.io allows you to create step-by-step detailed, interactive and dynamic protocols that can be run on mobile or web. This platform is useful for researchers in any discipline that uses a step-by-step methodology, including life sciences, engineering, chemistry, data science, and computational social sciences.
- Creating Protocols: Protocols can be made from scratch or uploaded and converted from an existing Word or PDF document quickly and easily. In addition, if you have a particularly complex protocol, the staff at protocols.io will import a protocol for you.
- DOIs & Publishing: Using the Premium version of protocols.io, you can share your protocols privately with labmates and collaborators, or publish them publicly with a Digitial Object Identifier (DOI) via protocol.io's open access repository. Getting a DOI for your protocol will make it easier for others to find and cite your protocols and give you credit for your work. And when you link from articles you publish to one of your own published protocols, you make your research articles more reproducible.
- ORCID Connection: You can also connect your protocols.io account with your ORCID iD, which will allow protocols.io to automatically post information about your published protocols onto the Works section of your ORCID record.
Keep reading to find out how to get started!
It's likely not news to you that Stanford researchers are undertaking all manner of cutting-edge and groundbreaking work. Applied Physics graduate student Aaron Sharpe is one such researcher who has become intrigued by a single-atom-thick layer of carbon called graphene that he says has, "continuously shaken up the field of condensed matter physics." Graphene sheets, as well as stacks of these sheets, show "unique and tunable electronic properties." We see why Aaron couldn't resist! We talked to Aaron about the research he and his colleagues have been undertaking with graphene and that has recently been published in Science.
Outreach by Stanford science librarians led Aaron to the Stanford Digital Repository (SDR), which he used to make the data and code for this publication publicly-available. "We chose the SDR because it was an easy process to make our data publicly available and permanent and to obtain a digital object identifier (DOI) to reference it in our publication." We completely agree with Aaron's comment that "with any publication, it is important that the data be publicly available."
The National Geospatial Advisory Committee (NGAC) held its first in-person meeting of the year on June 11-12, 2019 in Washington, DC. The full report of the meeting is available on the NGAC website. The NGAC is a Federal Advisory Committee that reports to the Federal Geographic Data Committee (FGDC). Our role is to provide advice and recommendations related to the national geospatial program and the development of the National Spatial Data Infrastructure (NSDI).
When you think about rocks, you might not think about energy, but Christopher Zahasky does. Chris has been looking at vesicular basaltic volcanic rocks, like the one shown below, and the way fluid flows through them (see the graphical abstract for his recent article above). "These volcanic rocks are an important source of geothermal energy and provide a potential location for large-scale subsurface carbon dioxide storage for greenhouse gas emissions mitigation," Chris told us. "Understanding fluid flow is important for more effectively using these types of geologic systems for sustainable energy resource development."
Every year, more and more Stanford researchers use the Stanford Digital Repository (SDR) to share the work they have done in a way that goes beyond just publishing a paper -- they provide direct access to the actual data files so that others may also benefit from their efforts. Graduate student Michael Howland is one such forward-thinking Cardinal who recently deposited the data associated with his article "Wind farm power optimization through wake steering," out today in the Proceedings of the National Academy of Sciences.