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Xouo For the Love of Sweatpants, Get Off the Couch Already
Ereaders are literally changing the way we read. But for all the efficiency and portability they offer, they lack the curious romance of reading a book in its hard, physical form鈥攏ot least the charms that lie on the cover. https://gizmodo/1-in-3-ereading-devices-is-used-for-what-5913494 stanley cup These days, Kindles start up on the first chapter of a book, so it i stanley deutschland ncreasingly easy to only ever see the cover a handful of times as a small thumbnail image. But while many wallow in the fact such a shift is disastrous but inevitable, the likes of Craig Mod鈥攆ormerly of Flipboard鈥攁re embracing the change. In fact, he written a wonderful essay about the problem, and possible solutions, over on his blog. As a taster: The cover as we know it really is gasp dead. ; But it dead because the way we touch digital books is different than the way we touch physical books. And once you stanley cup acknowledge that, useful corollaries emerge 8230; And so we don ;t want the cover to disappear. And yet the cover as we have known it is disappearing, rather quickly nearly eradicated on hardware Kindles . This doesn ;t mean it won ;t be replaced. Whatever it replaced with, however, will not serve the same purpose as the covers with which we ;ve grown up 8230; What follows is a neat dissection of the problems surrounding cover design in the modern age, and a look at the possible future of what can be done with a new, excitin Wlia Neil Gaiman discusses his plans for the Cybermen on Doctor Who. Plus Fringe and Thor 2 set photos!
As computational-heavy research gains momentum, the amount of data researchers generate is exploding鈥攁 single sequencing of DNA requires as much as 28 terabytes. So where do American researchers store their most ginormous dat stanley shop a sets In the largest academic cloud server in the US, at the San Diego Supercomputer Center. The SDSC Cloud has an initial capacity of 5.5 petabytes鈥攔oughly 250 billion pages of text鈥攁nd achieves sustained read rates of 8-10GB/s鈥攖hat 250GB every 30 seconds. And that just to start. The Cloud is scalable, on-demand, up to hundreds of petabytes. We believe that the SDSC Cloud may well revolutionize how data is preserved and shared among researchers, especially massive datasets that are becoming more prevalent in this new era of data-intensive research and computing, said Michael Norm vaso stanley an, director of SDSC said in a press release. The SDSC Cloud goes a long way toward meeting federal data sharing requirements, since every data object has a unique URL and could be accessed over the Web. What Norman means is that every data file uploaded to the Cloud is given a persistent URL and access levels are determined by the user鈥攁nywhere from completely private to open access. What more, users will know where each copy of their data is stored on t stanley taza he HIPAA and FISMA compliant servers. Users even soon have the option to have a copy stored offsite on the UC Berkeley servers. The SDSC cloud is based on the OpenStack OS |
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