AmiMoJo shares a report from The Guardian: The whitest-ever paint has been produced by academic researchers, with the aim of boosting the cooling of buildings and tackling the climate crisis. The new paint reflects 98% of sunlight as well as radiating infrared heat through the atmosphere into space. In tests, it cooled surfaces by 4.5C below the ambient temperature, even in strong sunlight. The researchers said the paint could be on the market in one or two years. Currently available reflective white paints are far better than dark roofing materials, but only reflect 80-90% of sunlight and absorb UV light. This means they cannot cool surfaces below ambient temperatures. The new paint does this, leading to less need for air conditioning and the carbon emissions they produce, which are rising rapidly.

The new paint was revealed in a report in the journal ACS Applied Materials & Interfaces. Three factors are responsible for the paint's cooling performance. First, barium sulphate was used as the pigment which, unlike conventional titanium dioxide pigment, does not absorb UV light. Second, a high concentration of pigment was used -- 60%. Third, the pigment particles were of varied size. The amount of light scattered by a particle depends on its size, so using a range scatters more of the light spectrum from the sun. The researchers said the ultra-white paint uses a standard acrylic solvent and could be manufactured like conventional paint. They claim the paint would be similar in price to current paints, with barium sulphate actually cheaper than titanium dioxide. They have also tested the paint's resistance to abrasion, but said longer-term weathering tests were needed to assess its long-term durability.

CIStud writes: The rumors have persisted for some time, and now Logitech has officially confirmed it has discontinued its once-vaunted Harmony remote controls, including the line of Logitech Harmony Pro programmable remotes for custom installers. Logitech plans to continue maintaining the Harmony database and software. The discontinuation does not affect the operation or the warranty on any Harmony remotes being used by integrators' clients already in the field. Logitech also plans to continue to offer service and support for Harmony remotes. The company also points out that the decision does not affect a customer's ability to interface with the Harmony universal remotes via their Amazon Alexa or Google Assistant voice controls.

Long-time Slashdot reader xiando quotes LinuxReviews: The community distribution Arch Linux has up to now required you to manually install it by entering a whole lot of scary commands in a terminal. Arch version 2021.04.01 features a new guided installer [reached by] typing python -m archinstall guided into the console you get when you boot the Arch Linux installation ISO.

It is not very novice-friendly, or user-friendly, but it gets the job done and it will work fine for those with some basic GNU/Linux knowledge.
Tech Radar writes that previously Arch Linux had "a rather convoluted installation process, which has given rise to a stream of Arch-based distros that are easier to install," adding that the new installer "was reportedly promoted as an official installation mechanism back in January, and was actively worked upon leading to its inclusion in the installation medium." Users have been calling on Arch Linux for simplifying the installation process for a long time, to bring it in line with other Linux distros. However, the Arch philosophy has always been to put the users in charge of every aspect of their installation, which is the antithesis of automated installers.
Phoronix calls the new installer "very quick and easy," although "granted not as user-friendly / polished as say the Debian Installer, Red Hat's Anaconda installer, even Ubuntu's Subiquity, and other TUI/GUI Linux installers out there." They also note that Archinstall "does allow automatically partitioning the drive with your choice of file-system options, automatically installing a desktop environment if desired, configuring the network interfaces, and all the other basics." The method is quick enough that I'll likely use archinstall for future Arch Linux benchmarks on Phoronix as it also then applies a sane set of defaults for users... Five minutes or less and off to the races, ready for Arch Linux."
But Slashdot reader I75BJC still favors "scary commands in a terminal," leaving this comment on the original submission: If you can't type with the big adults, stay on your PlayStation.

Even Apple, with its very good GUI has a command line. The command line commands are more flexible, more specific, more subtle than the pointy-clicky GUI.

Apple plans to argue at a trial that developers and consumers will suffer if Epic Games succeeds in upending how the iPhone maker's app marketplace is run. From a report: Apple presented a California federal judge on Thursday with a road map of how it will push back against Epic in a high-stakes antitrust fight over how much the App Store charges developers. The filing comes ahead of a May 3 trial before the judge with no jury. In a summary of its legal arguments, Apple contends the 30% commission it charges most developers isn't anticompetitive as it's a typical fee across other mobile and online platforms. Moreover, the company argues taking a share of the revenue is justified by the billions of dollars it has invested in developing the proprietary infrastructure that underpins its App Store, including software development kits and application programming interfaces. The maker of Fortnite, which Apple removed from its store last year, accuses the iPhone maker's app store of being an illegal monopoly because developers are barred from making their iPhone and iPad apps available through their own websites. On Thursday, the game studio laid out its own arguments in the dispute, saying Apple's conduct harms innovation and allows it to profit at the expense of independent developers.

An anonymous reader shares a report from Motherboard, written by Ben Munster: When you buy an NFT for potentially as much as an actual house, in most cases you're not purchasing an artwork or even an image file. Instead, you are buying a little bit of code that references a piece of media located somewhere else on the internet. This is where the problems begin. Ed Clements is a community manager for OpenSea who fields these kinds of problems daily. In an interview, he explained that digital artworks themselves are not immutably registered "on the blockchain" when a purchase is made. When you buy an artwork, rather, you're "minting" a new cryptographic signature that, when decoded, points to an image hosted elsewhere. This could be a regular website, or it might be the InterPlanetary File System, a large peer-to-peer file storage system.

Clements distinguished between the NFT artwork (the image) and the NFT, which is the little cryptographic signature that actually gets logged. "I use the analogy of OpenSea and similar platforms acting like windows into a gallery where your NFT is hanging," he said. "The platform can close the window whenever they want, but the NFT still exists and it is up to each platform to decide whether or not they want to close their window." [...] "Closing the window" on an NFT isn't difficult. NFTs are rendered visually only on the front-end of a given marketplace, where you see all the images on offer. All the front-end code does is sift through the alphanumeric soup on the blockchain to produce a URL that links to where the image is hosted, or less commonly metadata which describes the image. According to Clement: "the code that finds the information on the blockchain and displays the images and information is simply told, 'don't display this one.'"

An important point to reiterate is that while NFT artworks can be taken down, the NFTs themselves live inside Ethereum. This means that the NFT marketplaces can only interact with and interpret that data, but cannot edit or remove it. As long as the linked image hasn't been removed from its source, an NFT bought on OpenSea could still be viewed on Rarible, SuperRare, or whatever -- they are all just interfaces to the ledger. The kind of suppression detailed by Clements is likely the explanation for many cases of "missing" NFTs, such as one case documented on Reddit when user "elm099" complained that an NFT called "Big Boy Pants" had disappeared from his wallet. In this case, the user could see the NFT transaction logged on the blockchain, but couldn't find the image itself. In the case that an NFT artwork was actually removed at the source, rather than suppressed by a marketplace, then it would not display no matter which website you used. If you saved the image to your phone before it was removed, you could gaze at it while absorbing the aura of a cryptographic signature displayed on a second screen, but that could lessen the already-tenuous connection between NFT and artwork. If you're unable to find a record of the token itself on the Ethereum blockchain, it "has to do with even more arcane Ethereum minutiae," writes Ben Munster via Motherboard. He explains: "NFTs are generally represented by a form of token called the ERC-721. It's just as simple to locate this token's whereabouts as ether (Ethereum's in-house currency) and other tokens such as ERC-20s. The NFT marketplace SuperRare, for instance, sends tokens directly to buyers' wallets, where their movements can be tracked rather easily. The token can then generally be found under the ERC-721 tab. OpenSea, however, has been experimenting with a new new token variant: the ERC-1155, a 'multitoken' that designates collections of NFTs.

This token standard, novel as it is, isn't yet compatible with Etherscan. That means ERC-1155s saved on Ethereum don't show up, even if we know they are on the blockchain because the payments record is there, and the 'smart contracts' which process the sale are designed to fail instantly if the exchange can't be made. [...]"

In closing, Munster writes: "This is all illustrative of a common problem with Ethereum and cryptocurrencies generally, which despite being immutable and unhackable and abstractly perfect can only be taken advantage of via unreliable third-party applications."

The Verge writes: If you've ever struggled through a maze of online customer service to cancel a subscription or delete an account, you've likely encountered "dark patterns" — user interfaces that are designed to trick and frustrate users. The concept was coined in 2010 but is slowly being addressed in U.S. legislation, with California this week announcing that it is banning the use of dark patterns that stop users from opting out of the sale of their personal data.

The updated regulation strengthens enforcement of the 2018 California Consumer Privacy Act (CCPA), one of the toughest consumer privacy laws in the US. The CCPA gives Californians the right "to say no to the sale of personal information," but the state government is evidently worried that these options will be buried under byzantine menus. By banning dark patterns, California will "ensure that consumers will not be confused or misled when seeking to exercise their data privacy rights," said the state's Attorney General Xavier Becerra in a press statement.

The newly-approved regulation does not ban all uses of dark patterns, only those that have "the substantial effect of subverting or impairing a consumer's choice to opt-out" of schemes where their personal data is being sold...

Businesses found not to be in compliance with the CCPA are sent a "notice to cure," giving them a 30-day window to amend their services.

An anonymous reader quotes a report from ZDNet: Google has announced Flutter 2, a major upgrade to its framework for building user interfaces for mobile, the web and desktop. Flutter promises to allow developers to use the same codebase to build native apps for iOS, Android, Windows 10, macOS, and Linux and for the web on browsers including Chrome, Firefox, Safari or Edge. It can also be embedded in an IoT device with a screen, such as cars, TVs, and home appliances.

The move to Flutter 2 promises to benefit the over 150,000 Flutter Android apps already available on the Play Store. Every app will get a free upgrade with Flutter 2 allowing developers to target desktop and web without rewriting them. Google apps now built with Flutter include Google Pay, Stadia and Google Nest Hub among others. Flutter 2 also brings production quality support for the web, with a focus on progressive web apps (PWAs) that behave like desktop apps, single page apps, and mobile apps on the web. Google has added a new CanvasKit-powered rendering engine built with WebAssembly. For mobile web apps, in recent months it's added autofill, control over address bar URLs and routing, and PWA manifests.

For desktop browsers, it has added interactive scrollbars and keyboard shortcuts, increased the default content density in desktop modes, and added screen reader support for accessibility on Windows, macOS and ChromeOS. Google has been working with Ubuntu maker Canonical to bring Flutter to the desktop. Canonical will make Flutter the default choice for future desktop and mobile apps it creates. Microsoft is also releasing contributions to the Flutter engine that supports foldable Android devices, such as the Microsoft Surface Duo.

Bill Gates "prefers the more open nature of the Android ecosystem, as it's more 'flexible' about how software interfaces with the OS," reports PC Magazine, citing remarks Gates made on Clubhouse to CNBC's Andrew Ross Sorkin: "I actually use an Android phone," Gates told Sorkin. "Because I want to keep track of everything, I'll often play around with iPhones, but the one I carry around happens to be Android. Some of the Android manufacturers pre-install Microsoft software in a way that makes it easy for me. They're more flexible about how the software connects up with the operating system. So that's what I ended up getting used to. You know, a lot of my friends have iPhone so there's no purity."

In 2019, Gates admitted the way he handled Microsoft's own mobile phone division was his "greatest mistake." Microsoft ended up letting Google transform Android into the only true rival for iPhone. Microsoft missed out on a $400 billion market at the time, something Gates deeply regrets. In 2017, however, he went ahead and adopted an Android phone.

During the interview, Davidson indicated that an Android version of Clubhouse could be on its way. He called it a "top feature," which could mean the iPhone Clubhouse could soon dissipate.

Toshiba this week announced the industry's first hard drive featuring flux-control microwave-assisted magnetic recording (FC-MAMR) technology. The new MG09-series HDDs are designed primarily for nearline and enterprise applications, they offer an 18 TB capacity along with an ultra-low idle power consumption. From a report: The Toshiba MG09-series 3.5-inch 18 TB HDD are based on the company's 3rd generation nine-platter helium sealed platform that features 18 heads with a microwave-emitting component which changes magnetic coercivity of the platters before writing data. The HD disks are made by Showa Denko K.K. (SDK), a long-time partner of Toshiba. Each aluminum platter is about 0.635 mm thick, it features an areal density of around 1.5 Tb/inch2 and can store up to 2 TB of data. The MG09 family also includes a 16 TB model which presumably features a lower number of platters (based on the same performance rating).

For modern enterprise and nearline 3.5-inch HDDs, Toshiba's MG09-series drives uses a motor with a 7200-RPM spindle speed. The HDDs are also equipped with a 512 MB buffer and are rated for a 281 MB/s maximum sustained data transfer rate. Unfortunately, Toshiba has not updated the random access performance of the new products, though it is likely that their per-TB IOPS performance is lower when compared to predecessors. The manufacturer will offer its new drives both with SATA 3.3 (6 Gbps) and SAS 3.0 (12 Gbps) interfaces as well as a selection of logical data block length.

One of the noteworthy things about Toshiba's MG09-series FC-MAMR HDDs is their power consumption. In active idle mode, they typically consume 4.16/4.54 Watts (SATA/SAS models), which is considerably lower when compared with Seagate's Exos X18 as well as Western Digital's Ultrastar DC HC550. As far as power consumption efficiency at idle (large hard drives could spend plenty of time idling) is concerned, the 18 TB MG09 is an undeniable champion consuming just 0.23 Watts per TB (in case of the SATA version). Meanwhile, the new drives are rated for 8.35/8.74 Watts (SATA/SAS SKUs) during read/write operations, which is higher when compared to the DC HC550 as well as predecessors from the MG07 and the MG08-series.

Jalopnik shares a story for our times: Adobe's Flash, the web browser plug-in that powered so very many crappy games, confusing interfaces, and animated icons of the early web like Homestar Runner is now finally gone, after a long, slow, protracted death. For most of us, this just means that some goofy webgame you searched for out of misplaced nostalgia will no longer run. For a select few in China, though, the death of Flash meant being late to work, because the city of Dalian in northern China was running their railroad system on it.

Yes, a railroad, run on Flash, the same thing used to run "free online casinos" and knockoff Breakout games in mortgage re-fi ads...

Hell, YouTube used to run on Flash until 2015. It wasn't all stupid little web games but, that said, I can't for the life of me fathom why anyone would want to run a freaking railroad network on it, with physical, multi-ton moving railcars full of human beings on it. So, when Adobe finally killed Flash-based content from running, this Tuesday Dalian's railroad network found itself ground to a halt for 20 hours.

The railroad's technicians did get everything back up and running, but the way they did this is fascinating, too. They didn't switch the rail management system to some other, more modern codebase or software installation; instead, they installed a pirated version of Flash that was still operational. The knockoff version seems to be known as "Ghost Version." This, along with installing an older version of the Flash player to work with the knockoff Flash server setup, "solved" the problem, and the railroad was back up and running.
UPDATE: ZDNet reports that "later reports from Chinese media clarified that railway traffic never stopped in Dalian because of the Flash end-of-life": However, the reports also admitted that there's some truth in the original report and that, indeed, some internal traffic statistics system had stopped working at the rail station on Jan. 12, when Adobe blocked Flash content from working.

An anonymous reader shares a report: Malware operators who want to know the location of the victims they infect usually rely on a simple technique where they grab the victim's IP address and check it against an IP-to-geo database like MaxMind's GeoIP to get a victim's approximate geographical location. While the technique isn't very accurate, it is still the most reliable method of determining a user's actual physical location based on data found on their computer. However, in a blog post last month, Xavier Mertens, a security researcher with the SANS Internet Storm Center, said he discovered a new malware strain that is using a second technique on top of the first. This second technique relies on grabbing the infected user's BSSID. Known as a "Basic Service Set Identifier," the BSSID is basically the MAC physical address of the wireless router or access point the user is using to connect via WiFi. You can see the BSSID on Windows systems by running the command: netsh wlan show interfaces | find "BSSID" Mertens said the malware he discovered was collecting the BSSID and then checking it against a free BSSID-to-geo database maintained by Alexander Mylnikov.

With their savvy interfaces, smart features and oodles of VC money, digital banks have become the poster-child for fintech. There are now almost 300 so-called "neobanks" live worldwide, with nearly half concentrated in Europe. From a report: Meanwhile, new players are continuing to join the ranks, particularly in Latin America, Africa and the Middle East. This boom is being fuelled by ongoing investor enthusiasm for the sector, with neobanks raising over $2bn in venture capital globally this year alone. Customers are also riding the neobank wave. PitchBook estimates that by 2024, 145m of us will be using these apps across North America and Europe alone. To help keep track of the global neobank landscape, we have broken down the key data and trends. For clarity, 'neobank' is defined here as an app that i) offers its own retail banking services (i.e. prepaid, debit, credit cards), ii) launched after 2010, and iii) is mobile-centric. This definition does not distinguish between regulatory status, but it's worth noting that only a handful have official bank licences.

Here is the story of the world's neobanks, as told in numbers. The neobank boom: At its peak? The number of neobanks worldwide has tripled since 2017, climbing from 100 to nearly 300 worldwide. That means, over the last three years, a neobank launched every five days somewhere in the world (!), according to Exton, a consultancy firm which manages a global database of consumer banking apps. In 2019 alone, more than 70 neobanks went live globally. But Cristoph Stegmeier, a partner at Exton, says we may finally have reached a peak, with 2020 seeing a slowdown. "I expect we will see less from now," he told Sifted. He explained this year's launch decline went beyond simply the 'Covid effect' and stems from the growing saturation of neobanks. Indeed, 30 neobanks have been wound down since 2015, according to Stegmeier. Still, the neobank boom hasn't totally stalled. Over 30 neobanks launched in the face of the pandemic, including Zelf, Daylight (a US bank for LGBT+ members) and Tenpo in Chile. Meanwhile, dozens of new players are still planning to go live in 2021 -- including Greece's Woli and France's Vybe.

Daniel Miessler, a widely respected infosec professional in San Francisco, writes about design and user experience choices Google has made across its services in recent years: I've been writing for probably a decade about how bad Google's GUI is for Google Analytics, Google Apps, and countless of their other properties -- not to mention their multiple social media network attempts, like Google+ and Wave. Back then it was super annoying, but kind of ok. They're a hardcore engineering group, and their backend services are without equal. But lately it's just becoming too much.

1. Even Gmail is a cesspool at this point. Nobody would ever design a webmail interface like that, starting from scratch.
2. What happened to Google Docs? Why does it not look and behave more like Notion, or Quip, or any of the other alternatives that made progress in the last 5-10 years?
3. What college course do I take to manage a Google Analytics property?
4. Google just rolled out Google Analytics 4 -- I think -- and the internet is full of people asking the same question I am. "Is this a real rollout?"

[...] My questions are simple:
1. How the hell is this possible? I get it 10 years ago. But then they came out with the new design language. Materialize, or whatever it was. Cool story, and cool visuals. But it's not about the graphics, it's about the experience.
2. How can you be sitting on billions of dollars and be unable to hire product managers that can create usable interfaces?
3. How can you run Gmail on an interface that's tangibly worse than anything else out there?
4. How can you let Google Docs get completely obsoleted by startups?

I've heard people say that Google has become the new Microsoft, or the new Oracle, but damn -- at least Microsoft is innovating. At least Oracle has a sailing team, or whatever else they do. I'm being emotional at this point.

Google, you are made out of money. Fix your fucking interfaces. Focus on the experience. Focus on simplicity. And use navigation language that's similar across your various properties, so that I'll know what to do whether I'm managing my Apps account, or my domains, or my Analytics. You guys are awesome at so many things. Make the commitment to fix how we interact with them.

"Don a headset which places a sensor on the back of your head, and it'll detect your brainwaves which can then be translated into digital actions," writes Engadget.

VentureBeat reports that NextMind "has started shipping its real-time brain computer interface Dev Kit for $399." The device translates brain signals into digital commands, allowing you to control computers, AR/VR headsets, and IoT devices (lights, TVs, music, games, and so on) with your visual attention.

Paris-based NextMind is part of a growing number of startups building neural interfaces that rely on machine learning algorithms. There are invasive devices like the one from Elon Musk's Neuralink, which in August revealed a prototype showing readings from a pig's brain using a coin-shaped device implanted under the skull. There are also noninvasive devices like the electromyography wristband that translates neuromuscular signals into machine-interpretable commands from Ctrl-labs, which Facebook acquired in September 2019. NextMind is developing a noninvasive device — an electroencephalogram (EEG) worn on the back of your head, where your brain's visual cortex is located.

When we spoke with NextMind CEO Sid Kouider last year, he promised the kits would begin shipping in Q2 2020. Then the pandemic hit. "We had about three, four months of delays due to COVID-19, but not more than that in terms of production," Kouider told VentureBeat. The company shipped "hundreds" of Dev Kits in November after producing its first thousand units. Another thousand units are set to be produced next month.

Apple has always gone out of its way to build features for users with disabilities, and VoiceOver on iOS is an invaluable tool for anyone with a vision impairment -- assuming every element of the interface has been manually labeled. But the company just unveiled a brand new feature that uses machine learning to identify and label every button, slider and tab automatically. From a report: Screen Recognition, available now in iOS 14, is a computer vision system that has been trained on thousands of images of apps in use, learning what a button looks like, what icons mean and so on. Such systems are very flexible -- depending on the data you give them, they can become expert at spotting cats, facial expressions or, as in this case, the different parts of a user interface. The result is that in any app now, users can invoke the feature and a fraction of a second later every item on screen will be labeled. And by "every," they mean every -- after all, screen readers need to be aware of every thing that a sighted user would see and be able to interact with, from images (which iOS has been able to create one-sentence summaries of for some time) to common icons (home, back) and context-specific ones like "..." menus that appear just about everywhere. The idea is not to make manual labeling obsolete -- developers know best how to label their own apps, but updates, changing standards and challenging situations (in-game interfaces, for instance) can lead to things not being as accessible as they could be.

VICE has highlighted six reasons why Google Maps is the creepiest app on your phone. An anonymous reader shares an excerpt from the report: 1. Google Maps Wants Your Search History: Google's "Web & App Activity" settings describe how the company collects data, such as user location, to create a faster and "more personalized" experience. In plain English, this means that every single place you've looked up in the app -- whether it's a strip club, a kebab shop or your moped-riding drug dealer's location -- is saved and integrated into Google's search engine algorithm for a period of 18 months. Google knows you probably find this creepy. That's why the company uses so-called "dark patterns" -- user interfaces crafted to coax us into choosing options we might not otherwise, for example by highlighting an option with certain fonts or brighter colors.

2. Google Maps Limits Its Features If You Don't Share Your Search History: If you open your Google Maps app, you'll see a circle in the top right corner that signifies you're logged in with your Google account. That's not necessary, and you can simply log out. Of course, the log out button is slightly hidden, but can be found like this: click on the circle > Settings > scroll down > Log out of Google Maps. Unfortunately, Google Maps won't let you save frequently visited places if you're not logged into your Google account. If you choose not to log in, when you click on the search bar you get a "Tired of typing?" button, suggesting you sign in, and coaxing you towards more data collection.

3. Google Maps Can Snitch On You: Another problematic feature is the "Google Maps Timeline," which "shows an estimate of places you may have been and routes you may have taken based on your Location History." With this feature, you can look at your personal travel routes on Google Maps, including the means of transport you probably used, such as a car or a bike. The obvious downside is that your every move is known to Google, and to anyone with access to your account. And that's not just hackers -- Google may also share data with government agencies such as the police. [...] If your "Location History" is on, your phone "saves where you go with your devices, even when you aren't using a specific Google service," as is explained in more detail on this page. This feature is useful if you lose your phone, but also turns it into a bonafide tracking device.

4. Google Maps Wants to Know Your Habits: Google Maps often asks users to share a quick public rating. "How was Berlin Burger? Help others know what to expect," suggests the app after you've picked up your dinner. This feels like a casual, lighthearted question and relies on the positive feeling we get when we help others. But all this info is collected in your Google profile, making it easier for someone to figure out if you're visiting a place briefly and occasionally (like on holiday) or if you live nearby.

5. Google Maps Doesn't Like It When You're Offline: Remember GPS navigation? It might have been clunky and slow, but it's a good reminder that you don't need to be connected to the internet to be directed. In fact, other apps offer offline navigation. On Google, you can download maps, but offline navigation is only available for cars. It seems fairly unlikely the tech giant can't figure out how to direct pedestrians and cyclists without internet.

6. Google Makes It Seem Like This Is All for Your Own Good: "Providing useful, meaningful experiences is at the core of what Google does," the company says on its website, adding that knowing your location is important for this reason. They say they use this data for all kinds of useful things, like "security" and "language settings" -- and, of course, selling ads. Google also sells advertisers the possibility to evaluate how well their campaigns reached their target (that's you!) and how often people visited their physical shops "in an anonymized and aggregated manner". But only if you opt in (or you forget to opt out).

Windows Central reports: Microsoft is preparing a major OS update for Windows 10 in 2021 that sources say will bring with it a significant design refresh to the Windows UI. I'm told that Microsoft is planning to update many top-level user interfaces such as the Start menu, Action Center, and even File Explorer, with refreshed modern designs, better animations, and new features. This UI project is codenamed "Sun Valley" internally and is expected to ship as part of the Windows 10 "Cobalt" release scheduled for the holiday 2021 season. Internal documentation describes the project as "reinvigorating" and modernizing the Windows desktop experience to keep up with customer expectation in a world driven by other modern and lightweight platforms.

Windows 10 has remained much the same these last few years, with little to no changes in its design or feature set. Many other platforms on the market have gone through entire redesigns or UI refreshes in the last five years, and while Windows 10 has gone through minor design iterations with the introduction of Fluent Design, we've not seen a significant refresh or rethinking of its UI. The Sun Valley project appears to be spearheaded by the Windows Devices and Experiences team, lead by Chief Product Officer Panos Panay, who took charge of said division back in February. Microsoft announced in May that the company would be "reinvesting" in Windows 10 in the 2021 timeframe, and my sources say that Sun Valley is the result of that reinvestment.

The Python programming language "is a big hit for machine learning," read a headline this week at ZDNet, adding "But now it needs to change."

Python is the top language according to IEEE Spectrum's electrical engineering audience, yet you can't run Python in a browser and you can't easily run it on a smartphone. Plus no one builds games in Python these days. To build browser applications, developers tend to go for JavaScript, Microsoft's type-safety take on it, TypeScript, Google-made Go, or even old but trusty PHP. On mobile, why would application developers use Python when there's Java, Java-compatible Kotlin, Apple's Swift, or Google's Dart? Python doesn't even support compilation to the WebAssembly runtime, a web application standard supported by Mozilla, Microsoft, Google, Apple, Intel, Fastly, RedHat and others.

These are just some of the limitations raised by Armin Ronacher, a developer with a long history in Python who 10 years ago created the popular Flask Python microframework to solve problems he had when writing web applications in Python. Austria-based Ronacher is the director of engineering at US startup Sentry — an open-source project and tech company used by engineering and product teams at GitHub, Atlassian, Reddit and others to monitor user app crashes due to glitches on the frontend, backend or in the mobile app itself... Despite Python's success as a language, Ronacher reckons it's at risk of losing its appeal as a general-purpose programming language and being relegated to a specific domain, such as Wolfram's Mathematica, which has also found a niche in data science and machine learning...

Peter Wang, co-founder and CEO of Anaconda, maker of the popular Anaconda Python distribution for data science, cringes at Python's limitations for building desktop and mobile applications. "It's an embarrassing admission, but it's incredibly awkward to use Python to build and distribute any applications that have actual graphical user interfaces," he tells ZDNet. "On desktops, Python is never the first-class language of the operating system, and it must resort to third-party frameworks like Qt or wxPython." Packaging and redistribution of Python desktop applications are also really difficult, he says.

An anonymous reader quotes a report from IEEE Spectrum: New circuits can get printed directly on human skin to help monitor vital signs, a new study finds. In the new study, researchers developed a way to sinter nanoparticles of silver at room temperature. The key behind this advance is a so-called a sintering aid layer, consisting of a biodegradable polymer paste and additives such as titanium dioxide or calcium carbonate. Positive electrical charges in the sintering aid layer neutralized the negative electrical charges the silver nanoparticles could accumulate from other compounds in their ink. This meant it took less energy for the silver nanoparticles printed on top of the sintering aid layer to come together, says study senior author Huanyu Cheng, a mechanical engineer at Pennsylvania State University.

The sintering aid layer also created a smooth base for circuits printed on top of it. This in turn improved the performance of these circuits in the face of bending, folding, twisting and wrinkling. In experiments, the scientists placed the silver nanoparticle circuit designs and the sintering aid layer onto a wooden stamp, which they pressed onto the back of a human hand. They next used a hair dryer set to cool to evaporate the solvent in the ink. A hot shower could easily remove these circuits without damaging the underlying skin. After the circuits sintered, they could help the researchers measure body temperature, skin moisture, blood oxygen, heart rate, respiration rate, blood pressure and bodily electrical signals such as electrocardiogram (ECG or EKG) readings. The data from these sensors were comparable to or better than those measured using conventional commercial sensors that were simply stuck onto the skin, Cheng says. The findings have been published in the journal Applied Materials & Interfaces.

The Raspberry Pi Foundation is launching a new product today -- the Compute Module 4. From a report: If you've been keeping an eye on the Raspberry Pi releases, you know that the flagship Raspberry Pi 4 was released in June 2019. The Compute Module 4 features the same processor, but packed in a compute module for industrial use cases. A traditional Raspberry Pi is a single-board computer with a ton of ports sticking out. Compute Modules are somewhat different. Those system-on-module variants are more compact single-board computers without any traditional port. It lets you create a prototype using a traditional Raspberry Pi, and then order a bunch of Compute Modules to embed in your commercial products. "Over half of the seven million Raspberry Pi units we sell each year go into industrial and commercial applications, from digital signage to thin clients to process automation," Eben Upton wrote on the Raspberry Pi blog. Some things are strictly similar between the Raspberry Pi 4 and the Compute Module 4, such as the 64-bit ARM-based processor with VideoCore VI graphics. This is going to represent a huge upgrade for previous Compute Module customers. In particular, you get much better video performance with 4Kp60 hardware decode for H.265 videos, 1080p60 hardware decode for H.264 videos, 1080p30 hardware encode of H.264 videos. You can also take advantage of the dual HDMI interfaces to connect up to two 4K displays at 60 frames per second.