By msmash from
Slashdot's about-time department:
With investment firms cutting costs and portfolio managers combating a barrage of information, financial research shops around the globe are looking for new ways to keep their product relevant. From a report: A raft of startups have launched to support that effort, offering tools that can use Google search data to get an edge on retail sales, deploy drones to examine oil supplies or allow investors to rank analysts and bid on their reports, like a Netflix or eBay of research. Whether these innovations will lead to smarter investments, or be used widely enough to prop up research budgets, is yet to be seen. But the startups are forming alliances with banks, brokerages and investors by the dozen. People who use and sell the tools say the trend is changing how research is financed, distributed and consumed for the first time in decades. "We are coming up on a very different age for equity research," said Lex Sokolin, global director of fintech strategy at Autonomous Research. Investors now see research as a product that must stand on its own rather than a freebie offered as part of a broader relationship with an investment bank, Sokolin said. Technology can improve the quality and distribution of research, he said. [...] Perhaps most importantly, investors say they are sick of their inboxes piling up with run-of-the-mill reports each day. At a time when people share snippets of information through WhatsApp and Slack and a tweet can move a stock in seconds, sharing loads of PDF files through email is not only passe, but makes it hard to know what is worth reading, industry sources said.
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By BeauHD from
Slashdot's more-options-the-better department:
An anonymous reader quotes a report from Android Authority: Smartphone enthusiasts are probably eagerly awaiting the arrival of Qualcomm's flagship Snapdragon 835 SoC, which was unveiled back at the beginning of January. However, recent revelations suggest that consumers could be in for an unexpected wait, and we're unlikely to see an alternative manufacturer step in to fill the void given the current market conditions. The report claiming that LG G6 won't ship with the latest Snapdragon 835 flagship SoC is looking like bad luck for LG and a blow to consumers looking to spend their cash on the latest mobile technology. If true, this is also likely to have an impact on sales, as consumers hold out for better technology released in just a few months time. It's not only LG facing this prospect though, HTC, Sony, and all the other manufacturers that typically make announcements early in the year look to be facing a situation where they will be using the same processor as last year for early 2017 models. This scenario is unprecedented in modern Android history. The past few years have seen manufacturers kick start the year with flagship releases packing new processing technology. Unfortunately for these OEMs, there aren't any competing processors to use as a direct alternative to the delayed Snapdragon 835. The choice is then either to launch with an older technology or delay their product until the 835 is ready. While many will focus on performance stagnation, using the same chip also means that handsets are bound by the same feature sets, and so camera, video, virtual reality, and other capabilities won't be moving on either. Samsung's Exynos and HiSilicon's Kirin series are the closest SoCs to the 821 and 835 in terms of performance and features, but these are primarily reserved for their maker's own flagships and aren't rolled off the production line in anything close to enough numbers to meet global demand. This situation is a bit of a catch-22, with manufacturers unlikely to buy up expensive foundry lines without a strong indication that OEMs will use their products, while a lack of availability means major releases can't pick up these chips.
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By BeauHD from
Slashdot's changing-the-world department:
Tekla Perry writes: The Computer History Museum set out to turn the spotlight on software engineers and show how they are the changing the world. But what projects to feature in the new, permanent exhibit [called "Make Software: Change the World!"] (that opens to the public this Saturday, January 28th)? The curators whittled a list of 100 technologies that owe their existence to breakthroughs in software down to seven: Photoshop, the MP3, the MRI, car crash simulation, Wikipedia, texting, and World of Warcraft. They expect these choices to be debated at length, in particular, World of Warcraft, but hope the exhibition elevates the prominence of software engineers and gets more than a few middle schoolers talking about targeting their career plans in that direction.
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By BeauHD from
Slashdot's renewable-energy department:
New York Governor Andrew Cuomo has approved what will be the longest U.S. offshore wind farm when it's built off the east end of Long Island. When it's all said and done, it will generate enough electricity to power more than 50,000 homes on Long Island's South Fork. Computerworld reports: The South Fork Wind Farm will consist of 15 wind turbines with 90 megawatts (MW) of capacity. While the project still needs to complete its permitting process, construction could start as early as 2019 and it may be operational as early as 2022. The approval of the South Fork Wind Farm, to be located 30 miles southeast of Montauk, is the first step toward developing 1,000 megawatts (1 gigawatt) of offshore wind power, Cuomo said in a statement. The wind farm approval comes two weeks after Cuomo's State of the State Address, during which he called for the development of 2.4 gigawatts of offshore wind by 2030. The 2.4 gigawatt target, which is enough power generation for 1.25 million homes, is the largest commitment to offshore wind energy in U.S. history, Cuomo said. Cuomo wants New York state to get 50% of its energy from renewable sources by 2030. The nation's first offshore wind farm, the Block Island Wind Farm, went live last month. Both the Block Island and South Fork wind farms are owned by Deepwater Wind, a company based in Providence, R.I.
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By BeauHD from
Slashdot's gas-to-a-solid department:
An anonymous reader quotes a report from Ars Technica: In 1935, scientists predicted that the simplest element, hydrogen, could also become metallic under pressure, and they calculated that it would take 25 GigaPascals to force this transition (each Gigapascal is about 10,000 atmospheres of pressure). That estimate, in the words of the people who have finally made metallic hydrogen, "was way off." It took until last year for us to reach pressures where the normal form of hydrogen started breaking down into individual atoms -- at 380 GigaPascals. Now, a pair of Harvard researchers has upped the pressure quite a bit more, and they have finally made hydrogen into a metal. All of these high-pressure studies rely on what are called diamond anvils. This hardware places small samples between two diamonds, which are hard enough to stand up to extreme pressure. As the diamonds are forced together, the pressure keeps going up. Current calculations suggested that metallic hydrogen might require just a slight boost in pressure from the earlier work, at pressures as low as 400 GigaPascals. But the researchers behind the new work, Ranga Dias and Isaac Silvera, discovered it needed quite a bit more than that. In making that discovery, they also came to a separate realization: normal diamonds weren't up to the task. "Diamond failure," they note, "is the principal limitation for achieving the required pressures to observe SMH," where SMH means "solid metallic hydrogen" rather than "shaking my head." The team came up with some ideas about what might be causing the diamonds to fail and corrected them. One possibility was surface defects, so they etched all diamonds down by five microns to eliminate these. Another problem may be that hydrogen under pressure could be forced into the diamond itself, weakening it. So they cooled the hydrogen to slow diffusion and added material to the anvil that absorbed free hydrogen. Shining lasers through the diamond seemed to trigger failures, so they switched to other sources of light to probe the sample. After loading the sample and cranking up the pressure (literally -- they turned a handcrank), they witnessed hydrogen's breakdown at high pressure, which converted it from a clear sample to a black substance, as had been described previously. But then, somewhere between 465 and 495 GigaPascals, the sample turned reflective, a key feature of metals The study has been published in the journal Science.
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By BeauHD from
Slashdot's renewable-energy department:
New York Governor Andrew Cuomo has approved what will be the longest U.S. offshore wind farm when it's built off the east end of Long Island. When it's all said and done, it will generate enough electricity to power more than 50,000 homes on Long Island's South Fork. Computerworld reports: The South Fork Wind Farm will consist of 15 wind turbines with 90 megawatts (MW) of capacity. While the project still needs to complete its permitting process, construction could start as early as 2019 and it may be operational as early as 2022. The approval of the South Fork Wind Farm, to be located 30 miles southeast of Montauk, is the first step toward developing 1,000 megawatts (1 gigawatt) of offshore wind power, Cuomo said in a statement. The wind farm approval comes two weeks after Cuomo's State of the State Address, during which he called for the development of 2.4 gigawatts of offshore wind by 2030. The 2.4 gigawatt target, which is enough power generation for 1.25 million homes, is the largest commitment to offshore wind energy in U.S. history, Cuomo said. Cuomo wants New York state to get 50% of its energy from renewable sources by 2030. The nation's first offshore wind farm, the Block Island Wind Farm, went live last month. Both the Block Island and South Fork wind farms are owned by Deepwater Wind, a company based in Providence, R.I.
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By BeauHD from
Slashdot's what-to-expect department:
Google's Pixel smartphone was released in October last year, but we're already starting to hear about the "Pixel 2" successor. The "reliable" source told 9to5Google that the next Google flagship will feature an improved camera, faster CPU and higher price tag. Interestingly, the source notes a "budget" Pixel is in the works. 9to5Google reports: We're also now being told, however, that Google is once again focusing intensely on the camera with Pixel 2, that the device is currently being tested with improved chipsets from two different manufacturers, and that it will bring a higher price. Finally, the same source says Google has lately been testing lower-end Pixel devices which would bring lesser specs and a much lower price tag. As for waterproofing, this is a slight change in tone today from this same source that before told us the feature would "definitely" be coming with the next Pixel. Now we're told that the feature is "still on the table," which would suggest a less firm position from Google on the feature. More interestingly, we're now told that -- just like with last year's model -- the Pixel 2's camera will be a major focus for the Mountain View company. Our source says that, specifically, Google is aiming to master low light photography with the next-generation device. We're further told that the phone's camera will "not have large MP size," but will rather "compensate in extra features." Our source says that multiple Pixel 2 models are being tested now with improved chipsets: "some with Snapdragon 83X chips, others with Intel chips." We're also told that MediaTek was at one point collaborating with Google on the Pixel 2, but isn't any longer. Finally, our source has indicated to us that Google is internally testing a "few" prototypes of a device they referred to as "Pixel 2B" which would purportedly be released either "alongside or shortly after Pixel 2." This phone would bring with it a lower-price point and less powerful hardware, and would be "aimed at different markets," our source says. As for the price of the next Pixel, we're told that -- as of the time of this writing at least -- Google is expecting that there will be "eat least" a $50 USD increase in price.
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By BeauHD from
Slashdot's source-of-the-leak department:
Breach notification service LeakedSource may be permanently shut down after the owner of the site was raided earlier this week. "At the start of the new year, LeakedSource indexed more than 3 billion records," reports CSO Online. "Their collection is the result of information sharing between a number of sources, including those who hacked the data themselves. Access to the full archive requires a membership fee." From the report: On the OGFlip forum Thursday, a user posted vague details about the LeakedSource raid, but Salted Hash has been unable to verify the claims. The U.S. Department of Justice will not comment, refusing to confirm or deny any investigations related to LeakedSource. The operators of the notification service itself have been offline for several days, and the LeakedSource website stopped working late Tuesday evening. The message from OGF reads as follows: âoeLeakedsource is down forever and won't be coming back. Owner raided early this morning. Wasn't arrested, but all SSD's got taken, and Leakedsource servers got subpoena'd and placed under federal investigation. If somehow he recovers from this and launches LS again, then I'll be wrong. But I am not wrong. (sic)"
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By BeauHD from
Slashdot's chamber-of-secrets department:
Tesla has filed a lawsuit Thursday against its former director of Autopilot Programs, Sterling Anderson, for breach of contract. The company alleges Anderson took proprietary information about the Autopilot program and recruited fellow Tesla employees to work with him at another autonomous driving company. In addition, the lawsuit names the former head of Google's autonomous car project, Chris Urmson, as a defendant, and alleges both executives were attempting to start a company together, called Aurora. CNBC reports: According to TechCrunch, Anderson had acted as Tesla's director of Autopilot Programs for a little over a year. Tesla alleges that Anderson, while still a Tesla employee, pulled "hundreds of gigabytes" of proprietary data from company computers, and installed it on a personal hard drive. Tesla also alleges that Anderson tried to hide his tracks by wiping phones, deleting browser histories, permanently erasing computer files, and even manipulating time stamps on related files, "in an apparent effort to obscure the dates on which they had last been modified or accessed." Tesla also alleges the pair attempted to poach at least 12 other Tesla employees, though they only successfully recruited two. "Automakers have created a get-rich-quick environment. Small teams of programmers with little more than demoware have been bought for as much as a billion dollars. Cruise Automation, a 40-person firm, was purchased by General Motors in July 2016 for nearly $1 billion. In August 2016, Uber acquired Otto, another self-driving startup that had been founded only seven months earlier, in a deal worth more than $680 million," the company said in the suit.
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By BeauHD from
Slashdot's personalized-news-for-nerds department:
As the company works to strengthen its reputation as a place for news and curb the spread of misinformation on the site, Facebook announced it has removed the personalized interest-based list of news topics on the right-hand side of your news feed. Now everyone in a geographic region will see the same trending topics. CNET reports: In addition to doing away with the personalized list, there are two other big changes to the trending topics section that will start rolling out today and will take place for everyone in the U.S. "in the coming weeks." First, instead of just seeing a bare-bones topic, like "Saturn" or "X-men," two things that had been trending for me, you'll see a full headline from one of the news stories about that topic. That's the headline that had always popped up when you hovered over the topic. Second, Facebook is changing the way the topics are selected. The topics had been chosen based on how many people on Facebook are engaging with it. With the new changes, Facebook will look at the number of outlets posting stories on a particular topic, and decide its inclusion based on engagement around that group of articles. "This should surface trending topics quicker, be more effective at capturing a broader range of news and events from around the world and also help ensure that topics reflect real world events being covered by multiple news outlets," Will Cathcart, vice president of product management, said in a statement.
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