Why You Should Use Desktop Gadgets Instead of Widgets in Windows 11 or 10 Tom’s Hardware
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THE LATEST IN TECHNOLOGY
Why You Should Use Desktop Gadgets Instead of Widgets in Windows 11 or 10 Tom’s Hardware
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Turn any youtube channel into a WordPress website! YT Evolution is a WordPress plugin that creates websites from YouTube videos. The plugin will auto-sync with the YouTube channels you select to check daily for new videos and add them as WordPress posts along with additional content to help them rank in Google.
YT Evolution currently has over 3,000 users and is constantly being updated and maintained.
Build affiliate sites, Adsense sites, local sites, lead gen sites, and much faster than ever.
Now you can automatically add additional content to EVERY post created using Ezine articles, article forge, or even the youtube transcript.
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If ChatGPT and generative AI live up to even a tenth of the hype surrounding them, wide-scale job losses might seem inevitable. But new economic data shows that the last big leap in AI did not coincide with a reduction of jobs in affected industries—despite widespread fears of rapid replacement at the time.
In a new research paper, economists looked at the job market across a number of European countries between 2011 and 2019. That’s the period during which the AI technique of deep learning emerged as a powerful way to automate tasks like transcribing speech, analyzing images, and making algorithmic recommendations for social feeds and e-commerce sites. Back then, deep learning was widely expected to have a broad and swift impact on employment.
To check up on what really happened, researchers at the European Central Bank, Spain’s central bank, and the universities of Oxford and Pittsburgh used two established methods for measuring how vulnerable professions are to AI-powered automation. Both involved examining the tasks workers do and how they compare with the capabilities of algorithms. The researchers cross-referenced that information with survey data on EU workers that shows the number of people leaving or joining different occupations in industries ranging from agriculture to financial services.
The headline result was that industries, where AI could be the most useful, did not see a reduction in jobs. In fact, for more highly skilled jobs vulnerable to AI, such as white-collar office work that involves working with data, there was around a 5 percent increase in the number of employed workers. The researchers say this supports the idea that new technology can increase demand for more skilled workers at the same time that it replaces those who do routine work. Less skilled workers didn’t seem to be significantly affected by software or AI.
Although fears about new technologies taking jobs are common—and entirely understandable—economic research offers a complex, mixed picture. In general, many economists believe that automation can increase demand for jobs overall, as shown by some recent studies. If you are not one of those more skilled workers, however, the arrival of new technology might be a problem.
None of this research makes it possible to predict what effect ChatGPT or other generative AI technologies will have. They may be too new to cause noticeable changes. And it’s possible that generative AI has an entirely different effect on jobs than what came before. “While in the period of our analysis, the association is positive, these results may not be extrapolated into the future,” the authors of the new study write.
Generative AI is undeniably already causing some disruption. You don’t have to look far to find stories of individuals and businesses that are already being changed by the kind of AI behind ChatGPT.
Some copywriters, for instance, are having to find new careers after customers replaced them with generative AI tools. A number of publications are also experimenting with AI-generated content. The German tabloid Bild recently cited AI as one reason for planned job cuts.
But let’s not forget that tools like ChatGPT are still unreliable coworkers, as they make up facts, reinforce biases, and can otherwise misbehave. And it’s worth remembering that the emergence of deep learning in the 2010s prompted some AI experts to predict the elimination of certain jobs, including radiologists—a prognostication that has hardly come true.
AMAZON PRIME DAY JULY 11 – 12, 2023
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Lucid Motors will supply powertrain technology to Aston Martin for the British brand’s future lineup of electric vehicles, the two companies announced Monday. The deal brings together two companies with deep ties to motorsports, as well as brand identities centered on performance luxury.
Under the deal, Lucid will supply Aston Martin with its electric motors and batteries that have been used to power the California-based company’s only model, the Lucid Air sedan. Aston Martin will then take that technology and plug it into its own bespoke EV models. Lucid CEO Peter Rawlinson hailed the deal as “a landmark collaboration.”
Under the deal, Lucid will supply Aston Martin with its electric motors and batteries that have been used to power the California-based company’s only model, the Lucid Air sedan
Aston Martin, an iconic British luxury car brand with wins in Le Mans and F1 under its belt, plans to launch its first plug-in model, the mid-engine hybrid Valhalla, in early 2024, followed by a pure battery-electric vehicle (BEV) the following year. All of the company’s models will be hybrid or BEV by 2026 and purely electric by 2030.
Lucid’s dual-motor Air has distinguished itself in the crowded luxury EV market with its long-range and high-performance specs. The $154,000 Air GT, for example, includes a 112kWh battery that can put out 819 horsepower and propel the vehicle to 60 mph in about two seconds. The base model Air has an EPA range of over 500 miles — though it’s been found to get slightly less in testing.
Under the agreement, Aston Martin will pay a “technology access fee” of $232 million to Lucid, comprising $100 million in shares of the British company and “aggregate cash payments” of $132 million. Aston Martin will also commit to an “effective minimum spend” with Lucid on powertrain components of $225 million. In total, the entire deal is said to be valued at $450 million.
Both companies have had their respective financial difficulties. Aston has survived seven bankruptcies throughout its 110-year history, while Lucid has seen its stock price plummet since going public in 2021. The company, which is majority owned by Saudi Arabia’s Public Investment Fund, recently announced a $3 billion stock sale amid its rapidly dwindling cash stockpile.
Until recently, Aston Martin has relied on Mercedes-Benz as its technology partner, but those terms appear to be changing. In a separate announcement on Monday, the company said the German auto giant would not be increasing its stake in Aston but would instead be maintaining its 9 percent ownership.
Updated June 26th, 9:55 AM ET: Updated to reflect the deal is valued at $450 million.
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The California Institute of Technology has big news for space-based power. Researchers at the university have reportedly beamed solar power from space to Earth without a single wire—and they say it’s a first.
This Summer’s Hottest Umbrella
The experiment is a part of Caltech’s Space Solar Power Project, and the institute announced a successful transmission via press release yesterday. The researchers conducted the power transfer experiment using the Microwave Array for Power-transfer Low-orbit Experiment, or MAPLE, which is a small prototype aboard the in-orbit Space Solar Power Demonstrator (SSPD-1) that launched this past January.
The researchers say that, in a first, MAPLE’s array of transmitters successfully beamed solar power collected in space using microwaves to a receiver on the rooftop of Gordon and Betty Moore Laboratory of Engineering on Caltech’s campus in Pasadena.
“Through the experiments, we have run so far, we received confirmation that MAPLE can transmit power successfully to receivers in space,” said Space Solar Power Project co-director Ali Hajimiri in the press release. “We have also been able to program the array to direct its energy toward Earth, which we detected here at Caltech. We had, of course, tested it on Earth, but now we know that it can survive the trip to space and operate there.”
How Does Wireless Power Transfer Work?
The SSPD-1, attached to a Vigoride space tug from Momentus Space, consists of two panels used to collect solar power. An array of transmitters within MAPLE sends that energy across a given distance using constructive and destructive interference. Located about a foot away from its transmitter, MAPLE has two receivers that collect solar energy and convert it to DC electricity which, during the experiment, was used to light up two LEDs inside MAPLE. The researchers were able to light up one LED at a time by shifting the transmissions between the receivers, demonstrating the accuracy of the array. MAPLE also has a window that can allow the transmitters to beam energy to a target outside the spacecraft, like Earth.
“In the same way that the internet democratized access to information, we hope that wireless energy transfer democratizes access to energy,” Hajimiri said in the release. “No energy transmission infrastructure will be needed on the ground to receive this power. That means we can send energy to remote regions and areas devastated by war or natural disaster.”
The ability to wirelessly transmit solar power from space has huge implications for renewable energy, so much so that Japan plans to start using it by the mid-2030’s. A Japanese research team is looking to pilot the technology in 2025 with a public-private partnership.
As humanity’s growing need for energy continues, a powerful solution like space-based solar power collection and transmission could be a huge step in the right direction. Space-based power collection would be able to operate 24 hours a day—whereas night pauses ground-based solar power collection—and would be able to beam power to remote or disaster-stricken areas, assuming they have the requisite infrastructure.
For more spaceflight in your life, follow us on Twitter and bookmark Gizmodo’s dedicated Spaceflight page.
AMAZON PRIME DAY JULY 11 – 12, 2023
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Several weeks after the big Vision Pro reveal at WWDC, Apple made the visionOS beta and SDK available to developers. We saw the first third-party Vision Pro apps on social media, as well as Apple’s software for the new operating system. Among those, I think the new Visual Search tool will be a killer Vision Pro feature. Not only that, but I expect Visual Search to grow into a massive threat to Google Search. It may actually be an even bigger threat to Google than ChatGPT.
When ChatGPT first arrived, some were quick to claim the generative AI tool might impact Google’s ad-based Search business. I was never a subscriber to that line of thinking.
I knew Google had its own language models in development and that a ChatGPT alternative for Google Search would be available before OpenAI brought ChatGPT online. As a reminder, ChatGPT can’t access the live web, so it’s not much of a Google Search killer.
The fact that Google was fast to deploy ChatGPT alternatives and then infuse many of its apps with generative AI features proves that point.
Google Search SGE is available via a Search Labs waitlist. Image source: Google
Google unveiled Bard a few months ago, and then the new SGE variant of Google Search. That is, Google is ready to fight for Google Search revenue for years to come even if ChatGPT (and Bing Chat) are serious competitors.
And yes, ChatGPT is a lot more popular than Vision Pro, and it’ll have hundreds of millions of users compared to Apple’s spatial computer. But I’ll explain why I think Visual Search will be such a threat to Google.
Google Search is a main cash-maker for Google. That’s why online search is so important. Google makes billions each quarter, with Search being at the core of its business. Ad revenue for the March 2023 quarter sat at $54.44 billion. That’s out of the $69.79 billion revenue that Google’s parent company Alphabet announced for the period.
Since I’m looking at Vision Pro possibly impacting Google Search in the future, I can’t overlook the importance of another Apple product that’s key to Google’s success.
Google reportedly pays Apple $15 billion a year to be the default search engine on iPhone. Apple’s platforms and its customers are extremely valuable to Google, even though the company has its own Android operating system. And Android is the dominant player in the mobile business.
A Vision Pro user running multiple apps side-by-side. Image source: Apple Inc.
Apple might sell up to one million Vision Pro units in the first year, which seems meaningless compared to the more than $200 million iPhones Apple sells during the same timeframe.
But the Vision Pro will be extremely important to Apple’s post-iPhone era. It’ll set the principles of spatial computing, which Apple will use to build sophisticated AR glasses. And Visual Search will sit at the center of it.
As I’ve explained, Vision Pro will be much faster than other computers. It tracks your eyes and hands to deliver instant results. Add voice control, and the Vision Pro might help you become even more productive. Even if that means loading up your Netflix show faster than on iPhone, TV, or the web.
Visual Search will let you search the world around you through the Vision Pro’s cameras. You’ll be able to point at things and ask for information about them. And grab information from the real world, like texts and web addresses. All of that will deliver Google Search-like results.
Apple may very well let you set Google Search as the default engine powering Visual Search. Visual Search will likely work with online content, considering that you’ll use apps and web browsers with Vision Pro.
Siri on the Vision Pro headset. Image source: Apple Inc.
Vision Pro will change the way you search. Rather than going to Google.com for questions, you’ll just look around you and ask for information. And I’d venture to guess that Apple will want to power Visual Search with its own search engine.
A report late last year said that Apple was working on a Google Search alternative of its own. What if Apple had been designing that search engine with Vision Pro’s Visual Search in mind? And sure, such a search engine can always work with all of Apple’s devices.
Also, Apple is developing generative AI products of its own. I wouldn’t be surprised to see a smarter Siri become available on Vision Pro in the near future. And that includes Visual Search integration.
With all this in mind, I think Vision Pro is a bigger threat to Google Search than ChatGPT because it’ll change how we search for information. It might take years for this threat to become obvious. The Vision Pro user base has to grow considerably for Google to feel an impact.
Google Search on Pixel 6a smartphone. Image source: Christian de Looper for BGR
That said, Google is already preparing for the spatial computing future. I’ll remind you that Google bought Android to safeguard Google Search on mobile devices, realizing that’s where the money will come from.
It might not have a Vision Pro or visionOS alternative right now. But Google has added plenty of AI features to its apps, making them ready for running on Vision Pro.
Google Lens is one example, which could be an alternative to Visual Search on Vision Pro. And I fully expect Google to deploy Google Search products for spatial computers.
Also, Google can always decide to spend additional billions to make Google Search the default search engine for Visual Search.
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Apple is reportedly working on a ton of new gadgets Mashable
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My 5 must-have gadgets for off-grid adventures ZDNet
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AMAZON PRIME DAY JULY 11 – JULY 12, 2023
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Gadgets that can positively impact your productivity The Indian Express
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South Korean President Yoon Suk Yeol recently declared the chip manufacturing industry to be in an “all-out war,” and the latest developments certainly support that statement. Prosecutors in the Suwon District have indicted a former Samsung executive for allegedly stealing semiconductor plant blueprints and technology from the leading chipmaker, BusinessKorea reports. They didn’t name the 65-year-old defendant, who also previously served as vice president of another Korean chipmaker SK Hynix, but claimed he stole the information between 2018 and 2019. The leak reportedly cost Samsung about $230 million.
The defendant allegedly planned to build a semiconductor in Xi’an, China, less than a mile from an existing Samsung plant. He hired 200 employees from SK Hynix and Samsung to obtain their trade secrets while also teaming up with an unnamed Taiwanese electronics manufacturing company that pledged $6.2 billion to build the new semiconductor plant — the partnership fell through. However, the defendant was able to secure about $358 million from Chinese investors, which he used to create prototypes in a Chengdu, China-based plant. The plant was reportedly also built using stolen Samsung information, according to prosecutors.
“It’s so serious that it’s difficult to compare it in terms of the scale of the crime and the degree of damage with previous individual semiconductor technology leakage cases,” the prosecutor’s office said in a statement. “It’s a grave crime that could deal a heavy blow to our economic security by shaking the foundation of the domestic chip industry at a time of intensifying competition in chip manufacturing.” Six co-conspirators, including one Samsung sub-contractor, were indicted alongside the lead defendant. These charges follow continued efforts from China to acquire South Korea’s technologies across a range of industries and Korea creating stricter punishments for related offenses.
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