PLOS One Blog: Peer-reviewed physics for Wikipedia: PLOS ONE Topic Pages. “Despite Wikipedia’s importance as a resource for both practicing physicists and the wider community, it is rare for professional physicists to contribute, in part because there are few, if any, professional incentives to do so. We’re all in agreement that researchers should receive proper attribution for our work (which is why PLOS ONE supports ORCID); and as credit is not given for submitting or editing Wikipedia pages, only a small fraction of the physicists that I asked about this have edited even a single Wikipedia page. With this in mind, we’re excited to introduce PLOS ONE Topic Pages, which are peer-reviewed review articles written with Wikipedia in mind. These provide opportunities for author attribution and will result in both journal articles and Wikipedia pages of high quality and utility.”
physics
Engadget: Stephen Hawking’s last paper on black holes is now online
Engadget: Stephen Hawking’s last paper on black holes is now online. “Stephen Hawking never stopped trying to unravel the mysteries surrounding black holes — in fact, he was still working to solve one of them shortly before his death. Now, his last research paper on the subject is finally available online through pre-publication website ArXiV, thanks to his co-authors from Cambridge and Harvard. It’s entitled Black Hole Entropy and Soft Hair, and it tackles the black hole paradox. According to Hawking’s co-author Malcolm Perry, the paradox “is perhaps the most puzzling problem in fundamental theoretical physics today” and was the center of the late physicist’s life for decades.”
Physics Today: Online tool breaks down physicists’ research interests
Physics Today: Online tool breaks down physicists’ research interests. “Terms like cosmologist, string theorist, or particle physicist rarely capture the true scope of a scientist’s work. A new website aims to provide a more complete picture. Launched in July, Scimeter allows researchers to create word clouds based on the topics of their arXiv papers, search for scientists with similar interests, and find experts whose work best matches given keywords.”
Physics Today: The history of physics, in 4000 manuscripts
Physics Today: The history of physics, in 4000 manuscripts. “A single-story ranch house on the eastern coast of Florida has a room that would make any physicist or historian momentarily lose her breath. It’s a home library about the size of a college seminar room, lined with dark wood bookshelves that are filled from floor to ceiling with titles by Albert Einstein, Richard Feynman, Ptolemy, and more. This room is home to David Wenner’s collection of more than 4000 major physics articles and books, covering discoveries and innovations from the 15th century to the 21st.”
A New Kind of Science: A 15-Year View (Stephen Wolfram)
Stephen Wolfram on BackChannel: A New Kind of Science: A 15-Year View. “Starting now, in celebration of its 15th anniversary, A New Kind of Science will be freely available in its entirety, with high-resolution images, on the web or for download.”
Wolfram Language Reaches Version 11.1
The Wolfram language has reached version 11.1. “There’s a lot here. One might think that a .1 release, nearly 29 years after Version 1.0, wouldn’t have much new any more. But that’s not how things work with the Wolfram Language, or with our company. Instead, as we’ve built our technology stack and our procedures, rather than progressively slowing down, we’ve been continually accelerating. And now even something as notionally small as the Version 11.1 release packs an amazing amount of R&D, and new functionality.”
Science Daily: New data mining resource for organic materials available
Science Daily: New data mining resource for organic materials available. “Published by the Condensed Matter research group at the Nordic Institute for Theoretical Physics (NORDITA) at KTH Royal Institute of Technology in Sweden, the Organic Materials Database is intended as a data mining resource for research into the electric and magnetic properties of crystals, which are primarily defined by their electronic band structure — an energy spectrum of electrons motion which stem from their quantum-mechanical properties.”
