TechCrunch's Lucas Matney describes the Lumin operating system that will power Magic Leap's upcoming Magic Leap One mixed reality headset: Alright, first, this is what the Magic Leap One home screen will apparently look like, it's worth noting that it appears that Magic Leap will have some of its own stock apps on the device, which was completely expected but they haven't discussed much about. Also worth noting is that Magic Leap's operating system by and large looks like most other operating systems, they seem to be well aware that flat interfaces are way easier to navigate so you're not going to be engaging with 3D assets just for the sake of doing so. The company seems to be distinguishing between two basic app types for developers: immersive apps and landscape apps. Landscape apps like what you see in the image above, appear to be Magic Leap's version of 2D where interfaces are mostly flat but have some depth and live inside a box called a prism that fits spatially into your environment. It seems that you'll be able to have several of these running simultaneously. Immersive apps, on the other hand, like the game title, Dr. Grordbort -- which Magic Leap has been teasing for years -- respond to the geometry of the space that you are in and is thus called an immersive app.

Moving beyond apps, the company also had a good deal to share about how you interact with what's happening in the headset. Magic Leap will have a companion smartphone app that you can type into, you can connect a bluetooth keyboard and there will also be an onscreen keyboard with dictation capabilities. One of the big highlights of Magic Leap tech is that you'll be able to share perspectives of these apps in a multi-player experience which we now know is called "casting," apps that utilize these feature will just have a button that you can press to share an experience with a contact.

At the company's second quarter 2018 financial results conference call, Intel chief engineering officer Venkata Renduchintala said the "Cannon Lake" 10mn processors won't appear in products until the 2019 holiday season. "The systems on shelves that we expect in holiday 2019 will be client systems, with data center products to follow shortly after," Renduchintala said. Interim CEO Robert Swan went on to tout the company's "very good lineup" of 14nm products. Digital Trends reports: "Recall that 10nm strives for a very aggressive density improvement target beyond 14nm, almost 2.7x scaling," Renduchintala said during the call. "And really, the challenges that we're facing on 10nm is delivering on all the revolutionary modules that ultimately deliver on that program." Although he acknowledged that pushing back 10nm presents a "risk and a degree of delay" in the company's road map, Intel is quite pleased with the "resiliency" of its 14nm roadmap. He said the company delivered an excess of 70 percent performance improvement over the last few years. Meanwhile, Intel's 10nm process should be in an ideal state to mass produce chips towards the end of 2019.

Intel's Cannon Lake chip is essentially a shrink of its seventh-generation "Kaby Lake" processor design. Given the previous launch window, the resulting chips presumably fell under the company's eighth-generation banner despite the older design. But with mass production pushed back to late 2019, the 10nm chips will fall under Intel's ninth-generation umbrella along with CPUs based on its upcoming "Ice Lake" design. Intel claims that its 10nm chips will provide 25 percent increased performance over their 14nm counterparts. Even more, they will supposedly consume 50 percent less power than their 14nm counterparts.

Samsung Display, a subsidiary of Samsung Electronics, just introduced a flexible OLED panel that has a transparent plastic cover already attached, emulating the properties of glass but retaining the screen's innate flexibility. The screen is so durability that it's been certified by UL (formerly known as Underwriters Laboratories). The Verge reports: Samsung, describing the new panel as unbreakable, reports that it has withstood UL's military-standards tests of 26 successive drops from a height of 1.2 meters (close to 4 feet) as well as extreme temperatures as high as 71 degrees Celsius (159.8 degrees Fahrenheit) and as low as -32 degrees Celsius (-25.6 degrees Fahrenheit). The OLED display "continued to function normally with no damage to its front, sides, or edges," we're told, and Samsung even went further by performing a successful drop test from 1.8 meters (6 feet).

Barack Obama said this month that AI research is accelerating, making it harder to find jobs for everybody, and concluding "we're going to have to consider new ways of thinking about these problems, like a universal income."

But a Financial Times columnist adds that "an intriguing debate has broken out over how to look after disadvantaged workers both now and in this robot future. Should everyone be given free money? Or should everyone receive the guarantee of a decently-paid job?" An anonymous reader quotes some of the highlights: Psychologists have found that we like and benefit from feeling in control. That is a mark in favour of a universal basic income: being unconditional, it is likely to enhance our feelings of control. The money would be ours, by right, to do with as we wish. A job guarantee might work the other way: it makes money conditional on punching the clock. On the other hand (again!), we like to keep busy. Harvard researchers Matthew Killingsworth and Daniel Gilbert (UK) (US) have found that "a wandering mind is an unhappy mind". And social contact is generally good for our wellbeing. Maybe guaranteed jobs would help keep us active and socially connected.

The truth is, we don't really know... It is good to see that the more thoughtful advocates of either policy -- or both policies simultaneously -- are asking for large-scale trials to learn more.
He titled the column "The secret to happiness after the robot takeover." But what say Slashdot readers?

Is it better to be given a basic income -- or a guaranteed job?

An anonymous reader quotes IEEE Spectrum: [W]hat's so compelling about RISC-V isn't the technology -- it's the economics. The instruction set is open source. Anyone can download it and design a chip based on the architecture without paying a fee. If you wanted to do that with ARM, you'd have to pay its developer, Arm Holding, a few million dollars for a license. If you wanted to use x86, you're out of luck because Intel licenses its instruction set only to Advanced Micro Devices. For manufacturers, the open-source approach could lower the risks associated with building custom chips.

Already, Nvidia and Western Digital Corp. have decided to use RISC-V in their own internally developed silicon. Western Digital's chief technology officer has said that in 2019 or 2020, the company will unveil a new RISC-V processor for the more than 1 billion cores the storage firm ships each year. Likewise, Nvidia is using RISC-V for a governing microcontroller that it places on the board to manage its massively multicore graphics processors.

The Los Angeles Department of Water and Power wants to spend $3 billion to pump back the water that's flowing through Hoover Dam -- so it can flow through again later, during periods of peak energy demand. This generates a net profit for the dam's operators -- the pumping stations are powered by cheap solar and wind energy, while the dams are currently operating at just 20% of their capacity. An anonymous reader quotes Clean Technica: The problem is that California has so much renewable energy available now, thanks in large measure to aggressive state mandated policies, that much of it is "constrained." That's utility industry speak for having to give it away or simply let it go to waste. In some cases, utilities in California actually pay other utility companies to take the excess electricity off their hands.

Why not store it all in some of Elon Musk's grid scale batteries? Simply put, pumped hydroelectric storage is cheaper than battery storage, at least for now. Lazard, the financial advisory and asset management firm, estimates utility scale lithium-ion batteries cost 26 cents per kilowatt-hour compared with 15 cents for pumped hydro storage. "Hoover Dam is ideal for this," Kelly Sanders, an assistant professor of civil and environmental engineering at the University of Southern California tells the New York Times. "It's a gigantic plant. We don't have anything on the horizon as far as batteries of that magnitude."

At least two malls in Calgary are using facial recognition technology to track shoppers' ages and genders without first obtaining their consent. "A visitor to Chinook Center in south Calgary spotted a browser window that had seemingly accidentally been left open on one of the mall's directories, exposing facial-recognition software that was running in the background of the digital map," reports CBC.ca. "They took a photo and posted it to the social networking site Reddit on Tuesday." From the report: The mall's parent company, Cadillac Fairview, said the software, which they began using in June, counts people who use the directory and predicts their approximate age and gender, but does not record or store any photos or video from the directory cameras. Cadillac Fairview said the software is also used at Market Mall in northwest Calgary, and other malls nationwide. Cadillac Fairview said currently the only data they collect is the number of shoppers and their approximate age and gender, but most facial recognition software can be easily adapted to collect additional data points, according to privacy advocates. Under Alberta's Personal Information Privacy Act, people need to be notified their private information is being collected, but as the mall isn't actually saving the recordings, what they're doing is legal. It's not known how many other Calgary-area malls are using the same or similar software and if they are recording the data.

"BuzzFeed has this story about proposals to make social media bots identify themselves as fake people," writes an anonymous Slashdot reader. "[It's] based on a paper by a law professor and a fellow researcher." From the report: General concerns about the ethical implications of misleading people with convincingly humanlike bots, as well as specific concerns about the extensive use of bots in the 2016 election, have led many to call for rules regulating the manner in which bots interact with the world. "An AI system must clearly disclose that it is not human," the president of the Allen Institute on Artificial Intelligence, hardly a Luddite, argued in the New York Times. Legislators in California and elsewhere have taken up such calls. SB-1001, a bill that comfortably passed the California Senate, would effectively require bots to disclose that they are not people in many settings. Sen. Dianne Feinstein has introduced a similar bill for consideration in the United States Senate.

In our essay, we outline several principles for regulating bot speech. Free from the formal limits of the First Amendment, online platforms such as Twitter and Facebook have more leeway to regulate automated misbehavior. These platforms may be better positioned to address bots' unique and systematic impacts. Browser extensions, platform settings, and other tools could be used to filter or minimize undesirable bot speech more effectively and without requiring government intervention that could potentially run afoul of the First Amendment. A better role for government might be to hold platforms accountable for doing too little to address legitimate societal concerns over automated speech. [A]ny regulatory effort to domesticate the problem of bots must be sensitive to free speech concerns and justified in reference to the harms bots present. Blanket calls for bot disclosure to date lack the subtlety needed to address bot speech effectively without raising the specter of censorship.

New submitter pgralla writes from a report via HPE: Many devices, designed for both long-term and short-term use, were shortsighted when it came to flexibility. How do you handle the hardware that never gets software updates, such as embedded systems and task-dedicated equipment? The article that pgralla shared provides the example of medical devices running Windows 7. "Many of the current generation, when they were first released, used Windows 7, and the devices still work well enough that they remain in service today," reports HPE. "But Microsoft ended mainstream support for Windows 7 back in January 2015, so the operating system gets updated only with an occasional security patch as part of Microsoft's extended support. In January 2020, that extended support will end as well." Many IoT devices are in a similar boat as they're powered by embedded Linux and are not designed to be updated after they enter service."

Of course, these outdated devices create all sorts of security concerns. "Hackers and their access to knowledge and computing power only go up as the years pass, which means that long-lived, fixed-firmware devices become ever more insecure over time," says Michael Barr, founder of the Barr Group, which provides engineering and consulting services for the embedded systems industry. The WannaCry ransomware hack in 2017 affected not just PCs but also medical devices, and ended up costing businesses $4 billion.

According to leaked benchmarks found in the SiSoft Sandra database, there is an Intel Core i7-9700K processor that doesn't appear to have hyperthreading available. "This increases the core count from the current six cores in the 8th generation Coffee Lake parts to eight cores, but, even though it's an i7 chip, it doesn't appear to have hyperthreading available," reports Ars Technica. "It's base clock speed is 3.6GHz, peak turbo is 4.9GHz, and it has 12MB cache. The price is expected to be around the same $350 level as the current top-end i7s." From the report: For the chip that will sit above the i7-9700K in the product lineup, Intel is extending the use of its i9 branding, initially reserved for the X-series High-End Desktop Platform. The i9-9900K will be an eight-core, 16-thread processor. This bumps the cache up to 16MB and the peak turbo up to 5GHz -- and the price up to an expected $450. Below the i7s will be i5s with six cores and six threads and below them, i3s with four cores and four threads. Even without hyperthreading, the new i7s should be faster than old i7s. A part with eight cores is going to be faster than the four-core/eight-thread chips of a couple of generations ago and should in general also be faster than the six-core/12-thread 8th generation chips. Peak clock speeds are pushed slightly higher than they were for the 8th generation chips, too.

New submitter weedjams shares a report: Scientists at the University of Alberta have demonstrated a new data storage technique that stores zeroes and ones by the presence (or absence) of individual hydrogen atoms. The resulting storage density is an unparalleled 1.2 petabits per square inch -- 1,000 times greater than current hard disk and solid state drives, and 100 times greater than Blu-rays. The researchers, led by PhD student Roshan Achal and physics professor Robert Wolkow, built on a technique previously developed by Walkow that used the tip of a scanning tunneling microscope (STM) to remove or replace individual hydrogen atoms resting on a silicon substrate.

The inconceivably small dimensions (a hydrogen atom is only half a nanometer in diameter) allow for an astounding data storage density of 1.1 petabits (138 terabytes) per square inch. By comparison, a Blu-ray disk can "only" store about 12 terabits of data in the same area (one hundredth the data density), while both traditional magnetic hard drives and solid-state drives store somewhere in the region of 1.5 terabits per square inch (a thousandth of the density). This development, says Achal, could allow you to store the entire iTunes library of 45 million songs on the surface of a US quarter-dollar coin.

Achal and his team demoed the technology by creating a 192-bit cell, which they used to store a simple rendition of the Super Mario Bros video game theme song. To show the rewrite capabilities, the scientists also created an 8-bit memory cell which they used to store the letters of the alphabet one by one, represented via their respective ASCII code. Further reading: ScienceDaily, and Nature.

While the global DRAM market still remains robust currently, the recent capacity ramps by Micron Technology and the planned kick-off of commercial production by China-based Fujian Jin Hua Integrated Circuit and Innotron Memory (previously known as Hefei ChangXin) could lead to oversupply for the memory in 2019, Taiwanese newspaper DigiTimes reported Thursday, citing industry sources. From the report: Samsung Electronics and SK Hynix would be forced to overhaul their current profit-oriented business strategy as both firms believe that the booming memory market, which has continued for 2-3 years, is likely to be over by the end of 2018, according to a Korea-based Digital Times report. Although Samsung and SK Hynix both stated, at their latest investors conferences, respectively, that they will continue to ramp up capacities for memory chips, the aggressive moves by rival companies have made the two companies hesitate, said the report.

Samsung has seen its share in the DRAM market continue to dive after hitting a high of 50.2% in the third quarter of 2016 as rivals including Micron have jacked up their revenues and profits. Notably, Micron has ramped up its operating margin to as high as 50% so far in 2018 compared to 20% at the end of 2016. Additionally, Samsung saw its share in the market drop to 44.4% in the first quarter of 2018, while Micron managed to ramp up its share to 23.1%, according to IHS Markit. The global DRAM market is expected to reach a peak of US$104 billion in 2018, before contracting by 1.8% and 2.6%, respectively, in 2019 and 2020, according to an industry estimate.

An anonymous reader quotes a report from Gizmodo: Internal company documents from IBM show that medical experts working with the company's Watson supercomputer found "multiple examples of unsafe and incorrect treatment recommendations" when using the software, according to a report from Stat News. According to Stat, those documents provided strong criticism of the Watson for Oncology system, and stated that the "often inaccurate" suggestions made by the product bring up "serious questions about the process for building content and the underlying technology." One example in the documents is the case of a 65-year-old man diagnosed with lung cancer, who also seemed to have severe bleeding. Watson reportedly suggested the man be administered both chemotherapy and the drug "Bevacizumab." But the drug can lead to "severe or fatal hemorrhage," according to a warning on the medication, and therefore shouldn't be given to people with severe bleeding, as Stat points out. A Memorial Sloan Kettering (MSK) Cancer Center spokesperson told Stat that they believed this recommendation was not given to a real patient, and was just a part of system testing.

According to the report, the documents blame the training provided by IBM engineers and on doctors at MSK, which partnered with IBM in 2012 to train Watson to "think" more like a doctor. The documents state that -- instead of feeding real patient data into the software -- the doctors were reportedly feeding Watson hypothetical patients data, or "synthetic" case data. This would mean it's possible that when other hospitals used the MSK-trained Watson for Oncology, doctors were receiving treatment recommendations guided by MSK doctors' treatment preferences, instead of an AI interpretation of actual patient data. And the results seem to be less than desirable for some doctors.

An anonymous reader writes: Google launched its own Titan Security Key on Wednesday, a small USB device which includes firmware developed by the omnipresent tech giant itself. This comes days after Google said its workforce has been phish-proof for more than a year thanks to security keys distributed to its 85,000 employees. The new key means new competition for Yubikey manufacturer Yubico which confirmed it is not involved with Google's new key. The product is available now to Google Cloud customers and will eventually be available to general customers, the company announced Wednesday at its Google Cloud Next conference in San Francisco. CNET, which tested the device, adds: It'll come in a bundle with both the USB and Bluetooth versions for $50, or you can buy one or the other for about $20 to $25 each, Brand said. The set of security keys should work on any device with a USB port or a Bluetooth connection.

One big area that Microsoft is focusing on with its next-generation Xbox is game streaming. According to a report from Thurrott.com, Microsoft is working on two new Xbox consoles. The "Xbox Two" will be a console similar to that of the Xbox One and Xbox 360, with updated hardware and specs. The other Xbox console in development will be limited to streaming games. The Verge reports: The streaming-only console will reportedly include a low amount of local compute for handling tasks like controller input, image processing, and collision detection. These tasks are essential to reducing latency in game streaming, and Microsoft is said to be planning to slice up processing between the game running locally and in the cloud in order to reduce input lag and other image processing delays. Microsoft is currently developing its next-generation Xbox console under the Scarlett codename. The software giant recently revealed it's also working on a game streaming service for Xbox that will work across any device. This is a key part of Microsoft's future plans with Xbox, and part of the company's vision for developing its "Netflix for video games" service, Xbox Game Pass.

Sources familiar with Microsoft's plans tell The Verge that Microsoft is currently "all hands" on creating datacenters capable of powering the company's game streaming service. Referred to as codename "XCloud" internally, Microsoft has been experimenting with combining four lots of custom Xbox consoles into a single server blade for its datacenters. These servers will launch initially with developers in mind to build and develop games in the cloud instead of local debug machines, and then to stream games to consumers.

An anonymous reader shares a report: For a week, we have been seeing reports that the newly released MacBook Pros run hot, which all kicked off after this video by Dave Lee. They run so hot, in fact, that the very fancy 8th Gen Intel Core processors inside them were throttled down to below their base speed. Apple has acknowledged that thermal throttling is a real issue caused by a software bug, and it's issuing a software update today that is designed to address it.

The company also apologized, writing, "We apologize to any customer who has experienced less than optimal performance on their new systems." Apple claims that it discovered the issue after further testing in the wake of Lee's video, which showed results that Apple hasn't seen in its own testing. In a call with The Verge, representatives said that the throttling was only exhibited under fairly specific, highly intense workloads, which is why the company didn't catch the bug before release. The bug affects every new generation of the MacBook Pro, including both the 13-inch and 15-inch sizes and all of the Intel processor configurations. It does not affect previous generations.

Owen Williams, writing for Motherboard: The pursuit of thinner, lighter laptops, a trend driven by Apple, coinciding with laptops replacing desktops as our primary devices means we have screwed ourselves out of performance -- and it's not going to get better anytime soon. Thermal throttling is not something that Apple alone suffers from: every laptop out there will face thermal constraints at some point, but whether or not that's perceivable depends on a number of different variables including form factor and cooling capacity. When you're shopping for a laptop, you'll notice that manufacturers like Apple use phrases like "Turbo Boost" and "Up to 4.8 GHz" without really explaining what that means. The 4.8 GHz processor clock speed, which Apple quotes for the 15-inch MacBook Pro, is a 'best case' processor speed that's only achieved in short bursts when your computer requests it, subject to a number of conditions.

If you're playing a game like Fortnite, for example, the game will request your processor provide faster performance, and the processor will attempt to increase its operating frequency gradually to deliver the maximum available performance within the thermal envelope of your machine. That maximum is restricted by both power and thermal limits, which is where we run into issues: laptops tend to get hot because they're thinner, with limited space to dissipate that heat through the use of fans and heatsinks.

Smartphone camera sensors and lenses have to operate in a very tight space, but they continue to close the gap on full-size digital cameras year after year. Sony's new IMX586 sensor boasts a 48-megapixel resolution, the highest yet for a mobile sensor, and should be coming to a phone near you soon. From a report: That increased resolution shrinks the pixel size down to 0.8 microns, which would usually lead to lower sensitivity and poor light collection. However, thanks to some smart technology called a Quad Bayer array -- where neighboring pixels are intelligently combined -- Sony says the effective pixel size is 1.6 microns. The bigger the pixel size, the better the light capture and low-light performance. In comparison, the Google Pixel 2 -- one of the best photo-taking phones on the market right now -- has a camera with a 1.4-micron pixel size. On paper, that means Sony has managed to produce a sensor that combines a huge amount of detail with excellent light capture and low noise levels as well. We'll have to wait until the sensor is actually on the market to know for sure, but the signs are good.

An anonymous reader shares a report: Apple's iPhone 8, iPhone 8 Plus and $1,000 iPhone X trail the latest smartphones from Samsung Electronics and Alphabet's Google in download speeds, according to data from Ookla, a company that provides the most popular online service for measuring the speed of an internet connection with its Speedtest app and website. Faster internet data means that users can load websites and start watching movies more quickly, make crisper video calls and get higher-quality video.

[...] Ookla's data are important because they are created by users -- not in a corporate lab -- and encompass the range of random real-world conditions that affect performance like distance from cellular towers and network congestion. Ookla said it hosts millions of tests a day and has done 20 billion in total.

[...] The speed-test data, reviewed by Bloomberg, show that Samsung's Galaxy S9 phones had an average download speed -- across carriers in the U.S. -- of 38.9 megabits per second, based on about 102,000 tests over the past three months. The larger model, the S9+, delivered speeds of 38.4 Mbps, according to a sample size of about 169,000 phone connections. The iPhone X on average downloaded data at 29.7 Mbps, based on a 603,000 tests. The iPhone 8 Plus and iPhone 8 were close behind with speeds of 29.4 Mbps and 28.6 Mbps, respectively.

Boston Dynamics, maker of uncannily agile robots, is poised to bring its first commercial product to market -- a small, dog-like robot called the SpotMini. From a report: The launch was announced in May, and founder Marc Raibert recently said that by July of next year, Boston Dynamics will be producing the SpotMini at the rate of around 1,000 units per year. The broader goal, as reported by Inverse, is to create a flexible platform for a variety of applications. According to Raibert, SpotMini is currently being tested for use in construction, delivery, security, and home assistance applications. The SpotMini moves with the same weirdly smooth confidence as previous experimental Boston Dynamics robots with names like Cheetah, BigDog, and Spot.