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Idiosyncratic use of punctuation - which of these annoys you the most?

  • Declarations and assignments that end with }; (C, C++, Javascript, etc.)
  • (Parenthesis (pile-ups (at (the (end (of (Lisp (code))))))))
  • Syntactically-significant whitespace (Python, Ruby, Haskell...)
  • Perl sigils: @array, $array[index], %hash, $hash{key}
  • Unnecessary sigils, like $variable in PHP
  • macro!() in Rust
  • Do you have any idea how much I spent on this Space Cadet keyboard, you insensitive clod?!
  • Something even worse...

[ Results | Polls ]
Comments:50 | Votes:95

posted by requerdanos on Tuesday January 09 2024, @11:59PM   Printer-friendly
from the still-yet-another-further-meeting-time dept.

Meeting Announcement: The next meeting of the SoylentNews governance committee is scheduled for Wednesday, January 10, 2024 at 21:00 UTC (4pm Eastern) in #governance on SoylentNews IRC. Logs of the meeting will be available afterwards for review, and minutes will be published when complete.

Minutes and agenda, and other governance committee information have a page on the SoylentNews Wiki at: https://wiki.staging.soylentnews.org/wiki/Governance

Expected topics include the formation of a new corporation and the peaceful transfer of assets. Committee members, you don't want to miss this one!

The community, welcome to observe and participate, is also encouraged to attend the meeting.

posted by hubie on Tuesday January 09 2024, @10:10PM   Printer-friendly

Being fully anonymous is next to impossible—but you can significantly limit what the internet knows about you by sticking to a few basic rules:

On the internet, everyone wants to know who you are. Websites are constantly asking for your email address or trying to place tracking cookies on your devices. A murky slurry of advertisers and tech firms track which websites you visit, predicting what your interests are and what you may want to buy. Search engines, browsers, and apps can log each search or scroll you make.

At this stage of the internet, being totally anonymous across your entire online life is incredibly hard to achieve. Phones, SIM cards, browsers, Wi-Fi networks, and more use identifiers that can be linked to your activity. But there are steps you can take to obscure your identity for everyday browsing.

If you're looking to be truly anonymous or to protect your identity for a specific purpose—such as whistleblowing or activism—you should consider your threat model and individual security situation. But many of the changes you can make, which are listed below, are straightforward switches that can stop you from being tracked as much and apply to most people.

Below is a sampling of suggestions from the article, so click through to see the rest. What ways do you limit your digital fingerprint and where is your line between convenience and privacy?

Start with your web browser. Ideally, you want to block invisible trackers and ads that have tracking tech embedded. Advertisers can also track you using fingerprinting, a sneaky profiling method where the settings of your browser and device (such as language, screen size, and many other details) are used to single you out. If you want to see how your current browser tracks you, the Electronic Frontier Foundation's Cover Your Tracks tool can run a real-time test on your system. Using Chrome, the world's most popular browser, neither tracking ads nor invisible trackers are blocked for me, and my browser has a unique fingerprint.

For the most anonymity, the Tor Browser is best. [...] Several privacy-focused browsers such as FireFox, the Mullvad Browser, and Brave offer enhanced protections against trackers and offer further customizable privacy settings.

If you don't want to switch browsers, there are some browser extensions that can block trackers within Chrome. Both the Ghostery extension and EFF's Privacy Badger will block trackers, with the latter not blocking ads unless they are specifically tracking you. On Walmart's homepage, while using Chrome, for example, Privacy Badger blocked four trackers that were in use, while Ghostery identified five.

Beyond the web, trackers embedded in your mobile applications can gather data on your activity. On Android, you should turn off personalized ads through Google's My Ad Center, simply toggling the setting to off. Also, delete your device's advertising ID by going to Settings, Privacy, Ads and clicking on the Delete advertising ID option. [...] If you use iOS, go to Settings,Privacy & Security, Tracking, and toggle off Allow Apps to Request to Track to stop apps from tracking you across apps and websites.

[...] For messaging, Signal collects very little information about who uses it, and it's encrypted by default, meaning it cannot see the contents of the messages you send. For searching, DuckDuckGo, Brave Search, Kagi, Startpage, and Mojeek are our picks of the most privacy friendly search engines. For email, Proton and Tuta (formerly Tutanota) provide free end-to-end encryption options. OnionShare uses the Tor network to allow you to anonymously share files. Proton Drive offers encrypted file storage online, and Apple's advanced data protection settings allow iCloud storage to be end-to-end encrypted once it is enabled.

If you're using a work laptop or phone, it's also worth keeping in mind that your employer can likely see many, if not all, of the things you do on those devices. If you're searching for a new job or running personal tasks, you likely want to do them on personal devices.

[...] As much as anything, being more anonymous online is linked to your mentality. Simply put, the less you share about yourself online, the less identifiable you will be. That means being careful about what you post on social media—not sharing information that could identify you, your location, or others around you.

[...] As well as being cautious about what you post online, there's also the option to use one-time accounts or masked identities for certain parts of your life. If you require a messaging account that's not tied to your current phone number—over time, phone numbers have become common ways to identify people—it may be worth considering a separate phone and SIM that you can use for that specific purpose.

It has also become easier in recent years to hide your email address from websites and services that you are signing up to. [...]

Being totally anonymous online is incredibly hard to do—and the level of anonymity you require will depend on why you're trying not to be identified. Beyond what we've outlined here (and how paranoid you are), there are more advanced steps that you can take.

It may be worth considering an operating system for your phone or computer that is focused on privacy and anonymity. The Tails operating system, which you need install and run from a USB stick each time you use it, includes Tor, OnionShare, and multiple other tools you can use on your computer. For Android devices, GrapheneOS is an open source operating system that strips away the Google-linked Android elements and focuses on privacy.

There are also a number of extreme security measures you can take if you want to further harden your digital life, without going all the way into what is needed for being anonymous online. You can remove the microphones on your devices, sweep for bugs, or potentially use faraday cages or air gap your devices so that they're not connecting to the outside world. For the majority of people, though, this level of protection may be more trouble than it's worth.


Original Submission

posted by hubie on Tuesday January 09 2024, @05:24PM   Printer-friendly

FDA finds chromium, a second metal contaminant, in applesauce pouches:

Federal investigators have discovered a second contaminant in recalled applesauce pouches — the naturally-occurring metal chromium, which in a certain form can cause a number of adverse health effects.

The finding is the latest development in the Food and Drug Administration's international investigation of high levels of lead found in cinnamon applesauce pouches marketed to children. The pouches of fruit puree that have been recalled were manufactured in Ecuador and sold under the brand names WanaBana, Schnucks and Weis. The U.S. Centers for Disease Control and Prevention is tracking at least 287 confirmed, probable and suspected cases of lead exposure in 37 states linked to the applesauce recall.

The FDA has reported finding extraordinarily high levels of lead in samples of cinnamon from the Ecuador plant where the pouches were made. On Friday, the agency reported it had also found chromium. Chromium is an essential mineral found in foods and dietary supplements, but in one form — called chromium-6 — it can cause harm.

[...] Lead chromate, which contains the potentially toxic chromium-6, has been used in the past to enhance the coloring of turmeric. Federal investigators say the "lead-to-chromium ratio" in the applesauce pouches "is consistent with that of lead chromate."

[...] But investigators said the chromium in lead chromate may be converted to the less toxic form chromium-3, "due to the acidity of the applesauce and the stomach."

Michael Beuhler, the medical director of North Carolina Poison Control, said the discovery of chromium in the applesauce and cinnamon does not necessarily mean the substance will cause harm. He said that "at the levels we're talking about," he doesn't believe there would be much chromium-6 in the pouches. Any chromium-6 that might have been present would probably reduce to a nontoxic form once inside the applesauce pouches, he said.

He said lead chromate could have been added as a powder to cinnamon to affect the weight and color of the spice. Lead chromate can be more than six times heavier than cinnamon, he said.

"I don't believe that this is any cause for additional alarm," Beuhler said. "But it does suggest why it happened."


Original Submission

posted by hubie on Tuesday January 09 2024, @12:37PM   Printer-friendly

Arthur T Knackerbracket has processed the following story:

To say 2023 was a big year in the world of fusion research would be an understatement.

After achieving fusion ignition in late 2022, scientists at the Lawrence Livermore National Laboratory's (LLNL) National Ignition Facility (NIF) in California repeated the feat in late July, and then twice again in recent months, bringing to four the total number of times they've managed to generate more energy from a small pellet of fusion fuel than they put in.

In other words, we're finally on the path to fusion energy, sort of – replicable results and all. 

With the Department of Energy (DoE) recently releasing $42 million in funds for fusion energy research divided between LLNL, Colorado State University, and the University of Rochester, the fusion forecast is calling for some breakthroughs.

Dr John Edwards, LLNL senior advisor and former director of the Inertial Confinement Fusion (ICF) program at Livermore, was happy to tell The Register what he sees on the horizon. 

First things first, Edwards told us. He wants to make sure the world understands something about the fusion research at the NIF: It's never been about fusion energy.

"These results have energized people, but all of that work and funding hasn't been for fusion energy. It's been part of the National Nuclear Security Administration's Stockpile Stewardship and Management Plan (SSMP)," Edwards explained.

[...] "The NIF results were phenomenal," Edwards acknowledged, but "there's a big tech gap between there and commercial fusion. [A pilot plant by the] 2030s is ambitious and there will be setbacks, but we need to be resilient because the results will be tremendous." 

[...] The US government has been wrangling to pass a budget for months, and the latest temporary funding bill only kicks the can down the road to early 2024, but doesn't cover everything. Funding for things like the LLNL and NIF are part of what's been held up, Edwards told us.

[...] If Congress eventually manages to fund the government, the NIF, and "everything else falls into place," Edwards predicted that the NIF will reach new fusion ignition efficiency milestones in 2024.

Anyone following the fusion news out of LLNL knows that, while the X-ray beam that hit the fusion fuel pellet – a diamond-encased, pea sized lump of deuterium and tritium – may have delivered 2.05 megajoules of energy to the pellet and produced 3.15 megajoules, it took far more energy than that to get the whole thing accomplished.

The fuel pellet sits inside a cylindrical chamber known as a hohlraum, which converts laser energy into X-rays that ignite the pellet. Those lasers output 322 megajoules of energy – all but 2.05 mj of which is lost in the conversion to X-rays. 

In essence, Edwards said, the whole system only has an efficiency of around 1 percent, but that could change in 2024.

[...] For starters, using laser fusion to generate power means shooting fuel pellets somewhere in the neighborhood of one to ten times every second – instead of once a month like the NIF.

That means mass production of targets, a method of extracting energy from said targets, and a reliable method of scaling the entire system. In other words, developing an entire framework for an integrated fusion plant – which will be a major part of LLNL's work in the coming year and beyond. 

"We're looking at the emergence of a new public sector," Edwards enthused. "I'm really excited about this." 

[...] So keep an eye open for more breakthroughs in 2024 – provided Congress gets its act together.


Original Submission

posted by hubie on Tuesday January 09 2024, @07:49AM   Printer-friendly
from the buy-out-shut-down dept.

Wickr is Dead

The app was a privacy-championing startup, before becoming an app of choice for drug traffickers and being acquired by Amazon Web Services:

If you open the encrypted messaging app Wickr Me today, you'll be greeted with a line of red text: "Reconnecting..."

[...] Wickr Me is no longer available to download on the Apple App Store or the Google Play Store. The app stopped accepting new users more than a year ago. And now, even current users cannot speak to one another.

So ends the story of an app that while never reaching the popularity of other encrypted messaging apps like Signal, nor those that later turned on end-to-end encryption for the masses like WhatsApp, nonetheless played an important role in the adoption of and debate around secure communications.

[...] Wickr started in 2012. Nico Sell, founder of Wickr, said in a talk a couple of years later that "all of us have something to hide, either now or your future self." Crucially, that came after the Edward Snowden whistleblower revelations of 2013, which saw a massive boom of secure messaging apps and the spread of encryption more generally.

[...] But how was a free app to make money? Part of the answer for Wickr at least ended up being with the U.S. government. In 2021, I reported that Customs and Border Protection (CBP) paid Wickr $700,000 for a number of Wickr licenses. In parallel to its free Wickr Me app, Wickr had developed an enterprise version that allowed governments or businesses to send encrypted messages to one another but still collect and audit messages if necessary. Later that year, I then reported that CBP planned to deploy Wickr across "all components" of the agency as part of a $900,000 contract. I have since obtained more documents about CBP's purchase of Wickr licenses via the Freedom of Information Act (FOIA). I've uploaded them here for posterity.

[...] That transformation from scrappy upstart to government contractor was solidified when Amazon Web Services acquired Wickr in June 2021. I remember being shocked at the time and writing up the news as quickly as I could. What the hell was AWS going to do with an app that was becoming a hotbed for crime, at least in my anecdotal experience?

The answer was to shut it down entirely. After NBC News found in 2022 that Wickr was linked to a string of child abuse cases, AWS announced it would stop accepting new users at the end of that year. The company said it would then kill Wickr Me entirely on December 31, 2023.

The secure messaging world is very different to the one Wickr launched in more than ten years ago. Today mainstream platforms are turning on end-to-end encryption by default, with Facebook doing just that last month. The need for specialist apps like Wickr may be decreasing with certain groups. Maybe it's even a good sign that Wickr has been shown the door.

In addition to the above article, our submitter included a few older, but relevant, links:

What It's Like When The FBI Asks You To Backdoor Your Software

When an FBI agent casually approached Nico Sell about installing a backdoor into her secure messaging program, the agent did not know what he was in for:

At a recent RSA Security Conference, Nico Sell was on stage announcing that her company—Wickr—was making drastic changes to ensure its users' security. She said that the company would switch from RSA encryption to elliptic curve encryption, and that the service wouldn't have a backdoor for anyone.

As she left the stage, before she'd even had a chance to take her microphone off, a man approached her and introduced himself as an agent with the Federal Bureau of Investigation. He then proceeded to "casually" ask if she'd be willing to install a backdoor into Wickr that would allow the FBI to retrieve information.

This encounter, and the agent's casual demeanor, is apparently business as usual as intelligence and law enforcement agencies seek to gain greater access into protected communication systems. Since her encounter with the agent at RSA, Sell says it's a story she's heard again and again. "It sounds like that's how they do it now," she told SecurityWatch. "Always casual, testing, because most people would say yes."

[...] It was clear that the FBI agent didn't know who he was dealing with, because Sell did not back down. Instead, she lectured him on topics ranging from the First and Fourth Amendments to the Constitution, to George Washington's creation of a Post Office in the US. "My ancestor was a drummer boy under Washington," Sell explained. "Washington thought it was very important to have freedom of information and private correspondence without government surveillance."

Her lecture concluded, she proceeded to grill the agent. "I asked if he had official paperwork for me, if this was an official request, who his boss was," said Sell. "He backed down very quickly."

Though she didn't budge for the agent, Sell makes it clear that surveillance and security is a complicated issue. "Ten years ago, I'd have said yes," said Sell. "Because if law enforcement asks you to catch bad guys, who wouldn't want to help?"

The difference now, she explained, was her experiences at BlackHat. Among those, Sell pointed to a BlackHat event where Thomas Cross demonstrated how to break into lawful intercept machines—or wiretaps. "It was very clear that a backdoor for the good guys is always a backdoor for the bad guys."

Secret Documents Show Which Message Apps Are the Most FBI-Proof

WhatsApp and iMessage are not as private as you might think:

Most message apps tout their privacy features in some way. It is common to hear marketing language about "end-to-end encryption" and "private messaging" for basically every communications app out there.

While it's great that encryption has become a selling point for the public, not every "encrypted messaging service" is made equally. Depending on how it is set up, your message app may leak metadata, contacts, and even message contents.

A recently uncovered FBI document obtained by a group called Property of the People and shared with Rolling Stone illustrates just how important your choice of private messenger can be. If you think popular options like Apple's iMessage and the Meta company formerly known as Facebook's WhatsApp are FBI-proof, think again. The nation's top cops can obtain a host of message information on many popular options including some mix of "subscriber data, message sender-receiver data, device backup, IP address, encryption keys, date/time information, registration time data, and user contacts."

[...] Nine popular messaging applications are included in the document: Apple's iMessage; Line, a Japanese message app; Signal, an open source encrypted chat platform popularized by Edward Snowden; Telegram, which originated in Russia and is now based in Dubai; Threema, a paid encryption chat (that I used to use) with servers based in Switzerland; Viber, which was developed in Cyprus and then bought by the Japanese conglomerate Rakuten; the Chinese Swiss army knife app WeChat; Meta's WhatsApp; and Wickr [Me], which is a chat service that Amazon Web Services apparently owns.

The bottom line: of the most popular apps, iMessage and WhatsApp are particularly susceptible to FBI snooping. Telegram and Signal score far better according to the FBI documents. (Line and Viber are also relatively bad picks, and my formerly favored Threema likewise fares more poorly than I'd have expected, but since they aren't as popular this probably isn't relevant for you.)

[...] Now to the encryption winners. It's no surprise that Signal fared well against favored FBI methods. It's open source, independent (albeit with some surprising partnerships), and touted by public personalities with privacy-focused bonafides. Still, I would have expected the FBI to have access to more metadata than they apparently do. Way to go, Signal.

Telegram especially surprised me for scoring so well. End-to-end encryption is not the default for most Telegram communications. You need to select a "secret chat" with an individual to get the full-bodied protection that the FBI document seems to indicate. Groups chats, which is the method preferred of many Telegram users, do not offer the same level of end-to-end encryption. Neither the FBI document nor the Rolling Stone article makes mention of this.

Weirdly, Rolling Stone does not mention Telegram at all, despite being the apparently most FBI-proof application all around and much more popular than Wickr, which does get a nod. The FBI document does note that Telegram may choose to divulge IP addresses and phone numbers for "confirmed terrorist investigations," but it cites Telegram's public policy rather than any secret backchannel.

And in case you want to pick up the banner and roll your own . . .

wicker-crypto-c

GitHub - WickrInc/wickr-crypto-c: An implementation of the Wickr Secure Messaging Protocol in C:

wickr-crypto-c is an implementation of the Wickr Secure Messaging Protocol in C, which provides a platform for secure communications across all Wickr products.

A white paper describing details of the protocol and its security model can be found here. A markdown version of the white paper can also be found in the wiki.

This crypto lib is released for public review for educational, academic, and code audit purposes only (*this is not an open source license, more on license here). We strongly believe in the value of the open source movement and are looking forward to collaborating with the community on this and other future projects, including under the GNU license.


Original Submission

posted by hubie on Tuesday January 09 2024, @03:03AM   Printer-friendly
from the we-are-made-of-star-stuff dept.

Arthur T Knackerbracket has processed the following story:

Around 3,000 years ago, a star 15 times bigger than our sun exploded. Now, scientists are watching it blast valuable elements into space.

Astronomers have a powerful new observatory orbiting Earth, the Japan Aerospace Exploration Agency-led XRISM (X-ray Imaging and Spectroscopy Mission). In collaboration with NASA, the team just captured an unprecedented view of this exploded star, now called "supernova remnant N132D," located some 160,000 light-years away.

Massive stars forge elements deep inside their hot, pressurized cores, and can also create elements during a violent stellar blast that occurs when they run out of fuel and collapse. In the image below, you're seeing the wreckage of such a star enrich the cosmos with these elements. The XRISM observatory picked up evidence of iron, calcium, sulfur, silicon, and argon. (Iron, you may recall, is a vital part of our blood.)

"These elements were forged in the original star and then blasted away when it exploded as a supernova," Brian Williams, NASA’s XRISM project scientist, said in an agency statement.

[...] "XRISM will provide the international science community with a new glimpse of the hidden X-ray sky," Richard Kelley, the U.S. principal investigator for XRISM at NASA’s Goddard Space Flight Center, said in a statement. "We’ll not only see X-ray images of these sources, but also study their compositions, motions, and physical states."

The ambitious space mission, launched in September 2023, is just beginning. It's designed to last three years, but given the track record, it'll likely last for a lot longer.


Original Submission

posted by hubie on Monday January 08 2024, @10:16PM   Printer-friendly
from the next-flight-I'll-pick-an-aisle-seat dept.

Arthur T Knackerbracket has processed the following story:

The Federal Aviation Administration (FAA) has ordered airlines to temporarily ground some Boeing 737 Max 9 planes for safety inspections after an Alaska Airlines plane lost a cabin panel during a flight on Friday with about 180 people on board. The plane, which had only been in service since November, according to the New York Times, was able to safely land back at Portland International Airport in Oregon, where it had taken off from. There were no major injuries, though the Alaska division of the Association of Flight Attendants said workers described “explosive” decompression in the cabin and reported one flight attendant sustained minor injuries.

[...] Immediately following the incident, Alaska Airlines CEO Ben Minicucci put out a statement saying the company would be grounding its fleet of 65 Boeing 737-9 aircraft for what it expects to be a few days as it conducts safety checks. “Each aircraft will be returned to service only after completion of full maintenance and safety inspections,” Minicucci. The FAA order extends the grounding to “approximately 171 airplanes worldwide” that are either operated by US airlines or in US territory.

Minicucci also said that the National Transportation Safety Board is investigating what happened with Flight 1282 and “we will fully support their investigation.” The plane had been on its way to Ontario, California. Reuters, citing FlightRadar24, reported that the blowout occurred at around 16,000 feet. In social media posts shared with Reuters and the NYT, passengers can be seen sitting right next to the gaping hole and the fully exposed sky.


Original Submission

posted by Fnord666 on Monday January 08 2024, @05:33PM   Printer-friendly

https://phys.org/news/2024-01-method-straighten-space.html

One of the greatest challenges of modern physics is to find a coherent method for describing phenomena, on the cosmic and microscale. For over a hundred years, to describe reality on a cosmic scale we have been using general relativity theory, which has successfully undergone repeated attempts at falsification.

Albert Einstein curved space-time to describe gravity, and despite still-open questions about dark matter or dark energy, it seems, today, to be the best method of analyzing the past and future of the universe.

To describe phenomena on the scale of atoms, we use the second great theory: quantum mechanics, which differs from general relativity in basically everything. It uses flat space-time and a completely different mathematical apparatus, and most importantly, perceives reality radically differently.

In the quantum description, the phenomena around us are only wavering probabilities of events that we can only measure with limited accuracy.

In an article, published in Frontiers in Physics, I managed to demonstrate that there is a method that combines the above descriptions, although it leads to quite a surprising conclusion.

Journal Reference:
Ogonowski, Piotr. Developed method: interactions and their quantum picture, Frontiers in Physics (DOI: 10.3389/fphy.2023.1264925)


Original Submission

posted by hubie on Monday January 08 2024, @12:48PM   Printer-friendly

Arthur T Knackerbracket has processed the following story:

India's solar observation mission on Saturday entered the Sun's orbit after a four-month journey, the latest success for the space exploration ambitions of the world's most populous nation.

The Aditya-L1 mission was launched in September and is carrying an array of instruments to measure and observe the Sun's outermost layers.

India's science and technology minister Jitendra Singh said on social media that the probe had reached its final orbit "to discover the mysteries of Sun-Earth connection".

[...] But the latest mission by the Indian Space Research Organization is the first by any Asian nation to be placed in orbit around the Sun.

[...] Aditya, named after a Hindu Sun deity, has traveled 1.5 million kilometers (932,000 miles) from the Earth—still only one percent of the distance between humanity's home planet and the star at the center of our solar system.

It is now at a point where the gravitational forces of both celestial bodies cancel out, allowing it to remain in a stable halo orbit around the Sun.

The orbiter, which reportedly cost $48 million, will study coronal mass ejections, a periodic phenomenon that sees huge discharges of plasma and magnetic energy from the Sun's atmosphere.

[...] India has a comparatively low-budget space program, but one that has grown considerably in size and momentum since it first sent a probe to orbit the Moon in 2008.

In August last year, India became the first country to land an uncrewed craft near the largely unexplored lunar south pole, and just the fourth nation to land on the Moon.

India became the first Asian nation to put a craft into orbit around Mars in 2014, and it is slated to launch a three-day crewed mission into Earth's orbit later this year.

It also plans a joint mission with Japan to send another probe to the Moon by 2025 and an orbital mission to Venus within the next two years.


Original Submission

posted by hubie on Monday January 08 2024, @08:02AM   Printer-friendly
from the how-IoT-can-NOT-be-a-pain-in-the-backside dept.

It's one of the many new connected bathroom fixtures the company is debuting at CES 2024:

CES is about more than just the gadgets you hold in your hand or sit at the desk to use. It's about the stuff in your bathroom, too, which is why Kohler is using the annual trade show to debut its latest in connected fixtures. The new items include a new shower sprayer, a ventilation fan that helps with humidity after a long shower, and my favorite, the PureWash Bidet Seat with Google and Alexa built-in.

The PureWash Bidet Seat is as standard as any other, but I like that you can talk to it. It's heated, has adjustable temperatures and water pressure, and comes in white or black to match your bathroom style. It also features voice activation via Amazon's Alexa or the Google Assistant. You can use your voice to command the spray pressure and the air dryer—it has a dryer! Ahhh, nice and warm.

[...] Kohler will have other fixtures on display at CES, including the Rista, a 3D-printed sink. I also hope to glimpse the new Anthem+ Smart Showering controls, which offer remote access to lights, water, and sound through the Kohler Konnect app.


Original Submission

posted by hubie on Monday January 08 2024, @03:17AM   Printer-friendly

Arthur T Knackerbracket has processed the following story:

There's always Windows 10, 11, or Linux!

For now, Steam might continue to work with these older operating systems. Valve announced the retirement as its launcher depends on some software vendors' security patches. More specifically, Steam relies on a version of Google Chrome that's not supported on Windows 7. As you'd expect with such announcements, Valve recommends that users jump to Windows 10 or newer. 

[...] The end of support for these operating systems won't impact many Steam users. December's Steam hardware survey shows these operating systems represent between 0% and 0.01% of Steam users worldwide. However, Windows Server 2019 is still supported as Microsoft will keep rolling out security updates until Jan. 9, 2024, impacting about 0.06% of Steam users.
 
[...] Over 96.40% of Steam users are on Windows, while MacOS and Linux have a negligible share in comparison. It will be interesting to see if newer users would migrate to Windows 10, Windows 11, or any of the Linux distros. Arch Linux Ubuntu 64-bit is a home for 0.15% to 0.14% of Steam's user base.


Original Submission

posted by Fnord666 on Sunday January 07 2024, @10:32PM   Printer-friendly

https://techxplore.com/news/2024-01-transistors-based-monolayer-black-phosphorus.html

Two-dimensional (2D) semiconducting materials have proved to be very promising for the development of various electronic devices, including wearables and smaller electronics. These materials can have significant advantages over their bulky counterparts, for instance retaining their carrier mobility irrespective of their reduced thickness.

Despite their promise for creating thin electronics, 2D semiconductors have so far only rarely been used to create monolayer transistors, thinner versions of the crucial electronic components used to modulate and amplify electrical current inside most existing devices. Most proposed monolayer transistors based on 2D semiconductors were created using a few carefully selected materials known to have relatively stable lattice structures, such as graphene, tungsten diselenide or molybdenum disulfide (MoS2).

Researchers at Hunan University, the Chinese Academy of Sciences and Wuhan University recently set out to develop new monolayer transistors using alternative 2D semiconducting materials that have so far been primarily used to create multi-layer transistors, including black phosphorus (BP) and germanium arsenide (GeAs). Their work is published in the journal Nature Electronics.

"For a number of promising 2D materials—such as black phosphorus and germanium arsenide—the fabrication of monolayer transistors is challenging and is limited by the difficulties in forming robust electrical contacts with the delicate 2D materials," Wangying Li, Quanyang Tao and their colleagues wrote in their paper. "We report the fabrication of monolayer black phosphorus and germanium arsenide transistors with three-dimensional raised contacts using a van der Waals peeling technique."

The primary objective of the recent work by this team of researchers was to create new transistors based on monolayer 2D semiconductors beyond those that have so far been primarily used in monolayer transistor designs. This presents several challenges, as some of these materials are difficult to scale down uniformly and without compromising their intrinsic properties.

Journal Reference:
Li, Wanying, Tao, Quanyang, Li, Zhiwei, et al. Monolayer black phosphorus and germanium arsenide transistors via van der Waals channel thinning, Nature Electronics (DOI: 10.1038/s41928-023-01087-8)


Original Submission

posted by mrpg on Sunday January 07 2024, @05:37PM   Printer-friendly
from the nos-vinum-bibimus dept.

https://phys.org/news/2024-01-ancient-roman-wine-production-clues.html

[...] Though the Romans consumed even more wine than we do today, ancient vineyards in Italy looked radically different from the typical landscape of rolling hillsides covered by rows of tightly spaced vines.

[...] But the sophistication of the system goes much further. By training vines to climb high—up to 15 or even 20 meters—the damage done by rising soil dampness was further reduced, while the heating impact of the sun was increased. This made grapes develop and mature better, as long as the right balance between shade (from foliage) and sun exposure was obtained. High climbing vines also have deeper and more developed roots, which makes them more resistant to rot caused by parasites.

Examples in pre industrial Portugal also show that the trees themselves even contribute to the microclimate of the vineyard: they mitigate the impact of winter frosts, offer protection against strong and damaging winds, and reduce the distribution of unwanted seeds.

Records show that vine agroforestery expanded massively between the years 200 BC and 200 AD, during what is known as the Roman Climate Optimum, a period of several centuries of markedly warmer temperatures that coincided with the expansion of the Roman Empire. This means that Roman winemakers in Italy often operated under warmer and more humid conditions than those experienced in much of the 20th century.

[...] Insights into Roman and pre-industrial practices suggest that this approach may also help winemakers to adapt to an ever-warming planet. It also begs the much wider question of what else we can learn by looking to the past as we confront an uncertain future.


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posted by hubie on Sunday January 07 2024, @12:52PM   Printer-friendly

The 200-foot Vulcan Centaur, in development since 2014, is set for its first flight and poised to make a big impact in the industry:

On Monday, January 8, United Launch Alliance's Vulcan Centaur could finally perform its first flight. ULA has been a rock in the spaceflight industry since its founding in 2006, and with this pending launch, the company is ready to take its next bold step into space. Here's how America's new powerhouse rocket could disrupt the sector and compete with the ever-dominant SpaceX.

The Vulcan Centaur rocket, towering at 202 feet (61.6 meters), is scheduled for liftoff from Cape Canaveral's Space Launch Complex-41. ULA, a collaboration between Lockheed Martin Corporation and Boeing Company, hasn't created a rocket that compares technologically to those belonging to SpaceX, but it still represents a big achievement for the company.

Vulcan Centaur could make serious waves in the spaceflight industry, with ULA potentially matching SpaceX's lower launch prices, according to the Motley Fool. SpaceX, known for revolutionizing space travel with affordable launches like the $67 million Falcon 9, prompted ULA to respond with a more affordable option. Vulcan, set to launch at under $100 million, marks a substantial cost reduction from the company's $400 million Delta IV Heavy. This strategic pricing means ULA can stay somewhat competitive, demonstrated by its shared $2.5 billion Space Force contract with SpaceX, and even without the benefit of reusable rockets.

While this might mean lower revenues for Boeing and Lockheed Martin, the Vulcan Centaur's cost-effectiveness could prove beneficial in the long term. This development signals—hopefully—a tightening competition in the space launch sector. What's more, customers must weigh other considerations beyond just launch costs, such as fairing adaptability and the increasing issue of backlogs. Needless to say, the introduction of SpaceX's Starship megarocket could complicate the landscape for ULA, but only time will tell.

Target launch time: 08-JAN-2024 07:18 UTC

Live coverage begins 06:30 UTC on the ULA website


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posted by hubie on Sunday January 07 2024, @08:07AM   Printer-friendly
from the Konami-Code dept.

Multiple sites are reporting on 13-year-old Tetris player, Willis Gibson, also known as Blue Scuti, who played until the NES version gave out. New play methods, such as rolling and hypertapping, were needed to reach a skill level where one can play as long as endurance and the software hold out. In his case it took over half an hour on the NES using rolling:

Blue Scuti is a Tetris prodigy who employs the "rolling" controller technique, a new way of holding and using the NES controller that was popularized in 2021. Rolling surpassed "hyper tapping," which requires players to tap the controller's D-pad 12 times per second, as the fastest and best way of playing Tetris. Rolling is a method where players roll their fingers on the bottom of an NES controller and use that pressure to push the controller into their other hand, which presses the D-pad to move the blocks. With rolling, players can push the D-pad at least 20 times per second, which is fast enough to theoretically play the game until it breaks. The technique has completely revolutionized competitive Tetris over the last few years.

Also at Tom's Hardware, Tetris was finally beaten after 34 years, game kill screen pops up at Level 157 — hypertapping and rolling were key techniques and the BBC, Tetris: How a US teenager achieved the 'impossible' and what his feat tells us about human capabilities.

Previously:
(2023) Hackers' Delight: a History of MIT Pranks and Hacks
(2023) Tetris' Creators Reveal the Game's Greatest Unsolved Mysteries
(2021) Tetris is no Longer Just a Game, but an Algorithm that Ensures Maximum Hotel Room Occupancy
(2014) Happy 30th Birthday Tetris!


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