An anonymous reader quotes a report from Bloomberg: Jeff Bezos has leapt past Amancio Ortega and Warren Buffett to become the world’s second-richest person. Bezos, 53, added $1.5 billion to his fortune as Amazon.com Inc. rose $18.32 on Wednesday, the day after the e-commerce giant said it plans to buy Dubai-based online retailer Souq.com. Bezos has a net worth of $75.6 billion on the Bloomberg Billionaires Index, $700 million more than Berkshire Hathaway Inc.’s Buffett and $1.3 billion above Ortega, the founder of Inditex S.A. and Europe’s richest person. Amazon’s founder has added $10.2 billion this year to his wealth and $7 billion since the global equities rally began following the election of Donald Trump as U.S. president on Nov. 8. The rise is the third biggest on the Bloomberg index in 2017, after Chinese parcel-delivery billionaire Wang Wei’s $18.4 billion gain and an $11.4 billion rise for Facebook Inc. founder Mark Zuckerberg. Read more of this story at Slashdot.
Archive for March, 2017
Matrix Labs just completed a successful crowdfunding campaign for what amounts to an AI voice recognition system for the Raspberry Pi which allows you, a mere mortal, to make your own Alexa in your basement. Created by Rodolfo Saccoman and Brian Sanchez their first board, the Creator, fits right on top of a standard RaspPi and gives you an 8 microphone array, a temperature sensor, … Read More
There’s a very real fear that processor speed upgrades will slow to a crawl as it becomes increasingly difficult to make denser chips. Don’t tell that to a team of researchers at MIT and in Chicago, though — they’ve devised a chip-making technique that could keep Moore’s Law relevant for a while longer. Their approach produces much finer wires by letting them partly assemble themselves, rather than relying on the very deliberate (not to mention slow) ultraviolet or scanning processes used to make chips today. The team starts out with the conventional process of using an electron beam to etch patterns on a chip, but that’s where much of the familiarity ends. The next step is to lay down a mix of two polymers that naturally separate themselves into patterns. When you place a protective polymer coating on top of those polymers, you force them to self-assemble in a dense, vertically oriented way that produces four wires where there would usually be one. There’s a long way to go before you see this method put into practice. Thankfully, it promises to be relatively simple. You could use existing chip lithography techniques, and it wouldn’t be difficult to add the coating process. This would use well-understood materials, to boot. As such, there’s a real possibility that companies could build very dense (that is, denser than 10nm ) chips without throwing out their current technology, leading to speed and energy improvements that once seemed unrealistic. Source: MIT News , Nature
This patch announcement video fails to mention a massive change to late game enemy power hidden in the latest World of Warcraft update Keeping a massively multiplayer online game fresh and challenging for longtime players while simultaneously staying accessible and fun for lower-powered relative newcomers is always a challenge. In World of Warcraft , a hidden change to the way end-game enemies power up alongside players has unintentionally thrown that balance out of whack, and Blizzard is working on a fix. Shortly after yesterday’s release of Patch 7.2 for the long-running MMO, players quickly began noticing that high-end enemies were scaling up in power depending on the power of the gear the player characters were wearing. The specific power numbers involved seem to make it so that players could perversely make a fight easier by taking off their high-end gear and replacing it with slightly worse weapons and armor, reducing the enemy’s health and power greatly in the process. The change in how enemy scaling works took many players by surprise because it wasn’t explicitly mentioned in the extensive patch notes Blizzard released yesterday. Furthermore, WoW assistant director Ion Hazzikostas spoke out specifically against this kind of gear-based enemy scaling in a Twitch interview last year . Read 5 remaining paragraphs | Comments
Intel says that when its long-delayed 10-nanometer Cannon Lake chips finally arrive, they’ll be a “full generation ahead” of rivals Samsung and TMSC, thanks to “hyper scaling” that squeezes in twice as many transistors. That will yield CPUs with 25 percent more performance and 45 percent lower power use than its current Kaby Lake chips when they ship towards the end of 2017. Furthermore, Intel thinks the tech will keep Moore’s Law going and give it a 30 percent cost advantage over competitors like AMD. These are bold words, particularly since its chief rival Samsung is already producing 10-nanometer chips like the Snapdragon 835 , the world’s hottest mobile CPU. However, Intel says that while the chip trace sizes are the same, it has better feature density, letting it squeeze in twice as many transistors as chips from Samsung. That in turn produces smaller die sizes, which “allows Intel to continue the economics of Moore’s Law, ” the company explains in a PowerPoint . Down the road, Intel will also release enhanced 10-nanometer tech called 10+ and 10++. To be sure, that’s mostly marketing-speak that will help it keep consumer’s attention until 7-nanometer chips come along. However, the refinements will offer a further 15 percent performance and 30 percent efficiency boost, it says. Intel laid out all this chip info as part of its Technology and Manufacturing Day yesterday, probably to sooth buyers and investors. Not only did Samsung and Qualcomm beat it to the punch for 10-nanometer chips, AMD also unveiled Ryzen processors that could eat into both its high- and low-end PC markets. However, Intel sounds pretty confident about its next-gen chips and beyond. It’s planning on building 10-nanometer chips for three years before moving on to 7-nanometer tech, about the same cycle length as its current 14-nanometer chips. “We are always looking three generations –- seven to nine years — ahead, ” says Intel Executive VP Stacy J. Smith. “Moore’s Law is not ending at any time we can see ahead of us.” Source: Intel (PDF)
Today NBC announced that for the 2018 Winter Olympics, it will finally back off of its hated policy of tape delaying significant portions of the games. In 2016, it streamed much of the competition live, but segments like the Opening Ceremony and each day’s prime time programming got the tape delay treatment on TV. In a world connected in real time by phones, Facebook and Twitter, splitting up viewers makes less sense than ever, and NBC is finally acknowledging that instead of just pointing to the ratings or encouraging that viewers ” move back east .” Ratings for the 2016 Olympics dropped 18 percent from the 2012 London games, and going live everywhere could help turn that around. With the 2018 event occurring in PyeongChang, South Korea, big events that are scheduled to take place in the morning there will happen during the prime time window on the East Coast of the US. Rather than forcing viewers to jump on the internet to watch events live, going all live on TV could boost those ratings back up in the place where advertisers are paying the most money. NBC will kick off its evening lineup simultaneously at 8PM ET, 7PM CT, 6PM MT, and 5PM PT, with a break for local news and then the “Primetime Plus” package in all areas. The network has already signed up for Olympics broadcasts rights through 2032, however, exec Jim Bell would only tell the LA Times that it is “likely” to continue the all-live broadcasts for Tokyo 2020 and Beijing 2022. Source: NBC
Windows 10 users won’t have to wait much longer to get their hands on Paint 3D . Microsoft announced today that the upcoming Creators Update for the OS will be available starting on April 11th. As usual, though, Microsoft is staggering the rollout so it doesn’t inundate every Windows user (and its servers) at once. Windows 10 desktop users will have their go at it first, and afterwards it’ll head to laptops and mobile devices. The Creators Update is a big deal for a few reasons: It’ll introduce Paint 3D, Microsoft’s new 3D creation app that’s simple enough for children to use. And it packs in some useful new features like Game Mode , which devotes more system resources to games, ensuring better overall performance. There are also some helpful Edge upgrades , like the ability to preview tabs and file away collections of tabs for later use. The Creators Update won’t make Windows 10 look much different, but it should hopefully make it a much more useful OS.
Waze is a valuable travel buddy because of the many ways it can assist you on the road. The navigation app helps drivers avoid traffic , it integrates with Spotify , and it has a growing ride-sharing platform . In an effort to aid users in all commute-related endeavors, drivers can now place a Dunkin’ Donuts order right from the Waze app. Dunkin’ is the first eatery included in Waze’s new “Order Ahead” feature, which made its debut as part of a software update made available today. The ordering process seems clunky initially, but easy enough to use once it’s set up. First, users pick their favorite items via the Dunkin’ Donuts app, using the existing on-the-go ordering feature. Then, the Waze app will locate the nearest Dunkin’ and allow users to place their preset order with one tap. Google, which owns Waze, says that more companies will be added to Order Ahead soon. As The Verge notes , restaurants like McDonald’s , Taco Bell and Starbucks have mobile ordering capabilities in their apps, so it seems likely Waze will integrate with them at some point. Order Ahead is meant to be used before you hit the road for obvious safety reasons, but as The Verge points out, the feature could be particularly valuable in self-driving cars. Autonomous vehicle technology is quickly evolving , so adding features like these could make Waze more versatile in situations when operating a car doesn’t require as much of our attention. Order Ahead is a promising addition to Waze, but it could also be a storage nightmare if apps for each supported restaurant need to be installed on your phone. If Waze eventually manages true integration with all of your favorite dining destinations, though, it could become a killer all-in-one driving app. Images: Mike Mozart via Flickr (Dunkin’ Donuts sign, lead); Waze via Dunkin Donuts (App screenshot) Via: The Verge Source: Dunkin’ Donuts
An anonymous reader quotes a report from Fast Company: While airport terminal architecture has a solid history of style and innovation, rarely is a proposal put forth to utterly redesign the runway. But that’s precisely the aim of Henk Hesselink, a Dutch scientist working with the Netherlands Aerospace Center. Dubbed the “endless runway, ” Hesselink’s brainchild is a 360-degree landing strip measuring more than two miles in diameter. Since airplanes would be able to approach and take off from any direction around the proposed circle, they wouldn’t have to fight against crosswinds. And three planes would be able to take off or land at the same time. Hesselink’s team uses flight simulators and computerized calculations to test the unconventional design, and have determined that round airports would be more efficient than existing layouts. With a central terminal, the airport would only use about a third of the land of the typical airport with the same airplane capacity. And there’s an added benefit to those living near airports: Flight paths could be more distributed, and thereby making plane noise more tolerable. BBC produced a video detailing Hesselink’s circular runway concept. The concept is fascinating but there are many questions the video does not answer. Phil Derner Jr. from NYC Aviation writes via Business Insider about some of those unanswered questions in his article titled “Why the circular runway concept wouldn’t work.” The fundamental issues discussed in his report include banked runway issues, curved runway issues, navigation issues, and airspace issues. What do you think of Hesselink’s concept? Do you think it is preposterous or shows promise? Read more of this story at Slashdot.