10 Sep
2019

PewDiePie bro army sneaks memefilled ad page onto WSJcom

first_imgFelix Kjellberg, better known as PewDiePie, has taken issue with reporting by the Wall Street Journal in the past.  Screenshot by Joan E. Solsman/CNET PewDiePie’s bro army has hit back at a publisher that hit PewDiePie first.  The Wall Street Journal’s website was compromised with a page supporting PewDiePie in the race to keep his channel’s status as YouTube’s most-subscribed. The page, which claimed the WSJ was apologizing to the YouTube star and had fired journalists who misrepresented him, asked people to subscribe to his channel and included a string of memes.   PewDiePie, whose real name is Felix Kjellberg, has been YouTube’s most-subscribed channel for more than five years, but in recent weeks he and his fanbase — known as the bro army — have been working to fend off another channel threatening to top his. T-Series, a channel with Indian movie trailers and music videos, is operated by an Indian music record label and film production company of the same name. At 77 million subscribers, PewDiePie’s channel leads T-Series by about 1.4 million. (The next-closest channel has 44 million.) WSJ joins the fight vs tseries 🔥https://t.co/O0WbSSNedI— ƿ૯ωძɿ૯ƿɿ૯ (@pewdiepie) December 17, 2018 A representative for Dow Jones, the publisher of the Journal, said the company has removed the page, which was operated by WSJ Custom Solutions, a unit of the company’s advertising arm. It’s a “branded content” unit that produces advertising pages that have many of the hallmarks of a news report. The page wasn’t affiliated with The Wall Street Journal newsroom, and the Journal’s publishing system is “completely separate” from the one used by WSJ Custom Solutions, he added.  “We have launched a full investigation,” the rep said. He didn’t respond to questions about whether the page was posted through a cyberattack or by somebody simply taking advantage of WSJ Custom Solutions’ tools in bad faith.  Kjellberg used his Twitter account to call out the ad page and its deletion.  Comments The message on the paper’s website said: “WallStreet Journal would like to apologize to pewdiepie. Due to misrepresentation by our journalists, those of whom have now been fired, we are sponsoring pewdiepie to reach maximum subscribers and beat Tseries to 80million. We also need your credit card number, expiry date, and the lucky 3 digits on the back to win the chicken dinner in fortnite.” The message, which concluded with an allusion to the Epic Gamers meme, included a string of image memes after it.  Last year, WSJ reports about racist and anti-Semitic overtones in some of Kjellberg’s video jokes led to an advertiser backlash against him. His channel lost the ability to run ads, a crucial way that channels generate revenue. Disney, which had a partnership with Kjellberg through its acquisition of a digital video agency Maker, cut ties with him too.   Originally published at 9:39 a.m. PT.  Updated at 10:16 a.m. PT: With subscriber count numbers.  Tech Culture: From film and television to social media and games, here’s your place for the lighter side of tech.  The Smartest Stuff: Innovators are thinking up new ways to make you, and the things around you, smarter. Online Security Digital Media Share your voice YouTube Tags Now with video evidence: pic.twitter.com/JAnWv69RD7— The Imaginary Axis- Tyler (@TylerAtTheAxis) December 17, 2018 7last_img read more

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31 Aug
2019

Entanglement can help in classical communication

first_img(PhysOrg.com) — When most of us think of entanglement, our minds jump immediately to quantum communication. “Entanglement has become very well known and useful in quantum communication,” Robert Prevedel tells PhysOrg.com. Prevedel, a scientist at the Institute for Quantum Computing at the University of Waterloo in Ontario, Canada, believes that entanglement can be used in classical communication as well. Copyright 2010 PhysOrg.com. All rights reserved. This material may not be published, broadcast, rewritten or redistributed in whole or part without the express written permission of PhysOrg.com. More information: R. Prevedel, Y. Lu, W. Matthews, R. Kaltenbaek, and K.J. Resch, “Entanglement-Enhanced Classical Communication Over a Noisy Classical Channel,” Physical Review Letters (2011). Available online: link.aps.org/doi/10.1103/PhysRevLett.106.110505 Citation: Entanglement can help in classical communication (2011, March 30) retrieved 18 August 2019 from https://phys.org/news/2011-03-entanglement-classical.html This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only.center_img “We have found that in certain situations you can use entanglement to transmit classical information with higher success when using classical channels that are noisy than you could do without.” says Prevedel. “This is a novel use for entanglement which seems to have been overlooked until recently.”A team of scientists at Waterloo, including Prevedel, Lu, Matthews, Kaltenbaek and Resch, demonstrated that that it is possible to benefit from entanglement in some classical communication channels. Their work can be found in Physical Review Letters: “Entanglement-Enhanced Classical Communication Over a Noisy Classical Channel.”“One of the reasons that entanglement hasn’t been thought to be useful for classical communication is that it has been shown to not increase the capacity of a classical channel, which is the ultimate maximum rate of reliable communication” Prevedel explains. “What entanglement can do, though, is reduce the error probability when sending a message with a fixed number of uses of a noisy classical channel.”Prevedel says that the protocol used is fairly simple. “Our demonstration included only two entangled particles and a straightforward classical channel. Entangled photons show nonclassical correlations,. Whenever I do a measurement on one of the photons, I will get a similar result for the same measurement performed on the other photon.”“Sometimes a classical communication channel gets jumbled,” Prevedel explains. “We wanted to see if entanglement could be used to more successfully send information across such a noisy channel. With our simple protocol, and by using entanglement, we found that you can improve the success probability from 83% to 90%. That’s fairly significant.”For now, the protocol only works on a very particular type of channel. “The situation we started with is very specific,” Prevedel points out. “We looked for the channel that would offer us the largest increase in success probability possible. Also, we knew that using entanglement in this manner won’t work with every type of classical communication channel.”So far, the work done by the Waterloo team doesn’t offer immediate applications for communications. “Our results are more important from a fundamental point of view,” Prevedel says. “From a fundamental point of view, this is big news.”Going forward, Prevedel hopes that he and his colleagues can learn more about the benefits that entanglement can have for classical communication. “We want to figure out which classical channels will benefit from it [entanglement], and which will not. We also want to see if there is a way to generalize our findings.” Additionally, the group is hoping that they can adapt what they learned to multi-party conversations. “It might be possible to find scenarios in which entanglement could help in three party or four party conversations – moving beyond two party communication.”Overall, though, Prevedel and his colleagues are excited about the new prospects for combining classical communication with entanglement. “We have shown that entanglement can help in classical communication, a situation where people thought it was useless. Hopefully, our work will spark interest in this research direction, and we can begin to see some applications in the future.” Explore further Too much entanglement can render quantum computers uselesslast_img read more

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