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  • Apple CEO Tim Cook has created more shareholder value than Steve Jobs. But suddenly his weaknesses are on display in the AI era

    Apple CEO Tim Cook has created more shareholder value than Steve Jobs. But suddenly his weaknesses are on display in the AI era

    It seems impossible that Tim Cook’s legacy as Apple’s spectacularly successful CEO could be in jeopardy. But in recent months, and especially in recent days, the impossible has become at least conceivable.

    The latest tremors came when Apple announced chief operating officer Jeff Williams would retire by yearend after 27 years. Just a day before, the company’s top AI executive, Ruoming Pang, had left to join Meta, and weeks earlier, another high-level AI researcher, Tom Gunter, had also left. The image of a leadership exodus was forming.

    More broadly, Apple stock is down 7.2% over the past year, while the S&P is up 6.5% and the Nasdaq is up 12.9%.

    Those events brought some of Apple’s most worrisome weaknesses into the forefront. Above all: an apparent serious lag behind competitors incorporating AI into products and services. Last year, with Hollywood fanfare, the company introduced Apple Intelligence, a version of AI that only Apple, creator of the world’s most user-friendly products and services, could possibly create. But it isn’t working out that way. Playing down Apple Intelligence so far, the company has a partnership with OpenAI for some chores performed by Apple’s virtual assistant, Siri, and it has reportedly considered a partnership with Anthropic and partnering with or buying Perplexity AI.

    For a company of Apple’s scale and stature, lagging behind its major competitors on AI is like lagging behind the competition on the internet in 2000. AI is a general-purpose technology, and those things don’t come along very often. The internet was one. So were digital computing and electricity. They change the world, and they revolutionize the business landscape for every company.

    With that in mind, it becomes clear how Tim Cook could be one of the all-time greatest CEOs from 2011 to now yet might not be optimal for the AI era.

    As background, remember just how staggeringly successful Apple has been under Cook. When Steve Jobs made him CEO, the company was worth about $300 billion. Now it’s worth $3.2 trillion—a remarkable compound annual growth rate of 18.4% over 14 years. Few people realize that Cook has created far more shareholder wealth than Jobs did.

    But now look closer. Craig Moffett, a founder of the MoffettNathanson research firm, is one of the extremely few Wall Street analysts who have a Sell recommendation on Apple stock. He is also a Cook admirer. “By any normal metrics he has had a wildly, wildly successful tenure,” Moffett says. But then he examines how that success has been achieved. “They haven’t produced a major new product outside of possibly the earbuds in a decade,” he says. “Apple has done far more to innovate process than it has product over Tim Cook’s tenure.”

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  • From Regulatory Enclaves to Corridor Anchors: ZEDEs as Strategic Catalysts in Global Supply‑Chain Diplomacy

    From Regulatory Enclaves to Corridor Anchors: ZEDEs as Strategic Catalysts in Global Supply‑Chain Diplomacy

    Special economic zones (SEZs) have long served as instruments of export promotion and foreign direct investment. Yet Zones for Employment and Economic Development (ZEDEs) with their unique governance autonomy offer a new blueprint for anchoring and accelerating major trade corridors: IMEC (India–Middle East–Europe Corridor), INSTC (International North–South Transport Corridor), and the Middle Corridor across Central Asia and the Caucasus.

    ZEDEs combine legal innovation, administrative agility, and investment-friendly governance. Drawing lessons from Honduras, these zones have demonstrated the power of regulatory experimentation to attract FDI, stimulate job creation, and catalyze integrated infrastructure development.

    Anchoring Corridor Nodes

    Modern trade corridors have evolved beyond mere physical infrastructure, such as steel and concrete. Today, they require a robust and reliable regulatory framework that can facilitate the smooth flow of goods and services.

    This is where regulatory innovation comes into play, and zones like ZEDEs can play a crucial role. By implementing international best practices in customs, dispute resolution, and compliance frameworks, ZEDEs can significantly reduce border friction, making it easier for businesses to operate and thrive.

    Another key aspect of modern trade corridors is infrastructure integration. ZEDEs can serve as natural multimodal anchor points by co-locating ports, warehousing, logistics, and free-trade services.

    This integrated approach enables the efficient movement of goods, reducing transit times and costs, and increasing the overall competitiveness of businesses operating within the zone. By providing a one-stop shop for trade-related services, ZEDEs can streamline the logistics process, making it easier for companies to import and export goods.

    The strategic location of ZEDEs is also critical to their success. Zones positioned near transit chokepoints or node intersections can significantly enhance corridor throughput and efficiency. By leveraging their geographic location, ZEDEs can become key hubs for international trade, connecting businesses to new markets and customers.

    This, in turn, can drive economic growth, create jobs, and stimulate investment in the surrounding region. As modern trade corridors continue to evolve, the importance of regulatory innovation, infrastructure integration, and strategic geography will only continue to grow, making ZEDEs an attractive option for businesses and governments looking to stay ahead of the curve.

    Catalysts for Supply Chain Diplomacy

    ZEDEs are not only anchor points for trade corridors. Their development can be catalysts for economic growth, regional stability, and innovation. By offering investor-friendly regimes, ZEDEs can attract foreign direct investment (FDI) and foster industrial clustering in key sectors such as logistics, finance, and manufacturing. This clustering effect can create a snowball effect, where businesses are drawn to the zone’s favourable conditions, leading to a concentration of industry expertise and resources.

    ZEDEs are also at the forefront of customs and trade facilitation innovation. They can pilot and test new simplified customs procedures, such as single-window and bonded warehousing, and then scale these projects regionally. This allows ZEDEs to stay ahead of the curve in terms of trade facilitation, making them attractive to businesses looking to streamline their logistics and supply chain operations.

    Furthermore, ZEDEs are well-positioned to pioneer green and digital logistics solutions, aligning with the sustainability goals of trade corridors. By investing in low-emission freight handling and digital trade platforms, ZEDEs can reduce their environmental footprint while increasing efficiency and competitiveness.

    This can include the adoption of electric or hybrid vehicles, the use of renewable energy sources, and the implementation of digital tools to optimize logistics and supply chain management. By embracing green and digital logistics, ZEDEs can become models for sustainable trade and economic development.

    One of the companies leading ZEDE development is Honduras Próspera Inc. They are the developer and guarantor behind Próspera ZEDE, a charter city on Roatán founded under Honduran ZEDE law.

    Backed by securing backing from prominent venture capitalists such as Balaji Srinivasan, Peter Thiel, and Marc Andreessen, the firm has launched Próspera Africa as it scales and seeks to bring its ZEDE model to the continent.

    Coupled with this international expansion, in January 2025, Próspera secured a strategic investment from Coinbase Ventures. This signals deep alignment between crypto-friendly regulation, economic freedom, and digital innovation. It strengthens Próspera’s global credibility, and it also boosts its capacity to pioneer crypto-digital zones that can be embedded within major trade corridors.

    Corridor-Specific Applications

    Along the IMEC, ZEDEs in the Gulf and Eastern Mediterranean can serve as digital-physical hubs, integrating transshipment, logistics, and re-export services. These zones would connect India, the Gulf, Israel, and Europe, not only physically but also through shared regulatory frameworks.

    Along the INSTC, located in Iran, Azerbaijan, or Russia, ZEDEs could facilitate customs harmonization and act as crucial multimodal transfer points, reducing costs and mitigating geopolitical risks.

    Along the Middle Corridor, in Central Asia and the Caucasus, ZEDEs can foster local industries, secure supply chains, and support logistics services, playing a key role in the corridor’s goal of tripling trade volumes by 2030.

    However, in terms of risks and prerequisites:

    Legal and Political Continuity:** ZEDE regimes need stable governance structures. The reversal of ZEDE laws in Honduras highlights this vulnerability. 

    Geopolitical Coordination: These ZEDEs must align with broader state strategies to avoid creating divisions among corridor stakeholders. 

    Sustainability and Inclusivity: As ZEDEs expand, their impact on local communities and ecosystems must be carefully managed.

    The transition of the globalization narrative from a “hyperconnected world” into geo-economic blocs bound by connector economies—a jurisdiction that functions as a crucial intermediary between different geopolitical blocs or markets—means the world is in an era of expanding supply chain diplomacy.

     ZEDEs offer modular, adaptive platforms that can transcend national boundaries. By anchoring corridors with agile governance and integrating digital platforms, ZEDEs like Próspera can reinforce connectivity, resilience, and regional transformation.

    Delivering on this promise requires robust legal safeguards, multilateral coordination, and sustainable design. But the payoff is profound: corridors anchored not only in steel but in forward-leaning governance.

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  • Today’s NYT Strands Hints, Answer and Help for July 12 #496

    Today’s NYT Strands Hints, Answer and Help for July 12 #496

    Looking for the most recent Strands answer? Click here for our daily Strands hints, as well as our daily answers and hints for The New York Times Mini Crossword, Wordle, Connections and Connections: Sports Edition puzzles.


    If you love attending baseball games in summer, you’ll hit a home run with today’s NYT Strands puzzle. If you need hints and answers, read on.

    I go into depth about the rules for Strands in this story. 

    If you’re looking for today’s Wordle, Connections and Mini Crossword answers, you can visit CNET’s NYT puzzle hints page.

    Read more: NYT Connections Turns 1: These Are the 5 Toughest Puzzles So Far

    Hint for today’s Strands puzzle

    Today’s Strands theme is: In the ballpark.

    If that doesn’t help you, here’s a clue: Play ball!

    Clue words to unlock in-game hints

    Your goal is to find hidden words that fit the puzzle’s theme. If you’re stuck, find any words you can. Every time you find three words of four letters or more, Strands will reveal one of the theme words. These are the words I used to get those hints but any words of four or more letters that you find will work:

    • TEER, MEER, MEET, TEEM, ROAD, STALL, TALL, BEST, PEAT, LUNH, CULT, BUMP, BILE, PEAL, METE, BULL, STUN, NUTS

    Answers for today’s Strands puzzle

    These are the answers that tie into the theme. The goal of the puzzle is to find them all, including the spangram, a theme word that reaches from one side of the puzzle to the other. When you have all of them (I originally thought there were always eight but learned that the number can vary), every letter on the board will be used. Here are the nonspangram answers:

    • GLOVE, HELMET, BULLPEN, PEANUTS, PITCHER, JUMBOTRON

    Today’s Strands spangram

    completed NYT Strands puzzle for July 12, 2025, #496

    The completed NYT Strands puzzle for July 12, 2025, #496.

    NYT/Screenshot by CNET

    Today’s Strands spangram is STADIUM. To find it, look for the S that’s five letters down on the far left row, and wind up and over.

    Quick tips for Strands

    #1: To get more clue words, see if you can tweak the words you’ve already found, by adding an “S” or other variants. And if you find a word like WILL, see if other letters are close enough to help you make SILL, or BILL.

    #2: Once you get one theme word, look at the puzzle to see if you can spot other related words.

    #3: If you’ve been given the letters for a theme word, but can’t figure it out, guess three more clue words, and the puzzle will light up each letter in order, revealing the word.


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  • How to download the iOS 26 beta on your iPhone right now (and which models support it)

    How to download the iOS 26 beta on your iPhone right now (and which models support it)

    How do I install the iOS 26 public beta?

    Once Apple releases the public beta of iOS 26, you will not need to go through the above steps to to test the developer beta. Instead, follow the steps below. You’ll still need an iPhone running iOS 16.5 or later, and since not all iPhones are compatible with iOS 26, you’ll also need a model newer than the iPhone 11.

    1. Go to your iPhone’s Settings and select General.
    2. Go to Software Update in Settings.
    3. Enable Beta Updates (off by default).
    4. Select “iOS 26 Public Beta” (if available).
    5. Once you do this, return to the previous page. If an update is available now, your iPhone will prompt you to download and install it. You’ll then begin receiving automatic software updates to the latest beta version of iOS 26. 

    Which iPhones are compatible with iOS 26?

    Apple removed the iPhone XR and XS from its list of supported devices with iOS 26, so any iPhone 11 or newer is compatible with the new operating system, including the iPhone SE.

    Also: Every iPhone model that can be updated to iOS 26 (and which ones don’t support it)

    When will iOS 26 be released?

    The iOS 26 developer beta (Beta 3) is available now. The public beta will likely go live mid-July 2025. If Apple follows its usual cadence, the final, general release of iOS 26 should arrive in September 2025.

    What to do before installing the iOS 26 developer beta?

    You can always join the Apple Beta program to get the latest beta versions of iOS. Before you download a beta version of an operating system, keep these housekeeping items in mind:

    • Back up your device and personal information.
    • Don’t download beta software, which will likely have bugs and glitches, on your everyday iPhone.
    • Beta versions are released so you can test new features and share feedback to improve iOS.

    How to submit beta feedback to Apple

    By the time the public beta is released, Apple will have two beta versions of iOS: iOS 26 public beta and iOS 26 developer beta. Both betas come with a built-in Feedback Assistant app, which can be opened from the Home screen on your iPhone or iPad. Whenever you experience an issue or something does not work as expected, send your feedback directly to Apple with Feedback Assistant.

    Also: Five iOS 26 features that I’ve been using on my Android phone for years

    Editor’s note: This article was originally published in 2024. It was fact-checked and thoroughly updated on July 8, 2025.

    Get the morning’s top stories in your inbox each day with our Tech Today newsletter.


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  • Beauty Marks: The Best Beauty Looks of The Week

    Beauty Marks: The Best Beauty Looks of The Week

    Welcome back to Beauty Marks: Vogue’s weekly edition of the best moments in celebrity beauty, from Vogue editors’ IG feeds, and all the glam of the fashion and pop culture landscapes. Each week, we curate the nail art to pin for your next nail appointment, new recruits to ‘Team Bob’, and major red carpet moments from the week’s most glamorous affairs. As always, it’s as much about celebrity beauty as it is about the makeup artists, hairstylists, and nail artists, as well as the creators crafting the trends you’re about to see everywhere.

    This week, the haute couture shows brought the heat to an already sweltering Paris. The beauty front was just as intricate: Veiled, wrapped up visages at Glenn Martens’s debut vision for Margiela, Schiaparelli’s oil slick lips by Pat McGrath, ’20s Berlin thin brows and doll eyes at Giorgio Armani Privé. Mei Kawajiri (also known as Nails by Mei) on Instagram) brought the cloaked, gilded masked figures to her fingers with tiny model replicas on her manicure. Guests of couture week also stepped up their glam: Hairstylist to the stars Tyron Machhausen gave Chanel girl Margaret Qualley a deep side-parted, long and lushly straight bob, curling in the ends for a sweet and nostalgic look. For the Jacquemus show, Issac Poleon gave Bb Trickz a silky up-do and Bari Khalique crafted a dewy, juicy makeup look. Kim Kardashian walked Demna’s last Balenciaga runway with gelled down, pinned old Hollywood bob.

    Elsewhere, Doechii took to the cover of British Vogue with six glorious hair transformations by Jawara Wauchope and a glow by Jamal Scott. In New York, Jake Dupont gabe Julia Fox a gothic glam for the Marc Jacobs show. On the nail scene, a cute catch of the day set by Osa Nails.

    Scroll through the week’s best of celebrity beauty and pop culture’s glam below, and head to the app to vote for your favorite.


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  • Researchers grow 400+ brain cell types—a leap for Alzheimer’s and Parkinson’s research

    Researchers grow 400+ brain cell types—a leap for Alzheimer’s and Parkinson’s research

    Nerve cells are not just nerve cells. Depending on how finely we distinguish, there are several hundred to several thousand different types of nerve cell in the human brain according to the latest calculations. These cell types vary in their function, in the number and length of their cellular appendages, and in their interconnections. They emit different neurotransmitters into our synapses and, depending on the region of the brain – for example, the cerebral cortex or the midbrain – different cell types are active.

    When scientists produced nerve cells from stem cells in Petri dishes for their experiments in the past, it was not possible to take their vast diversity into account. Until now, researchers had only developed procedures for growing a few dozen different types of nerve cell in vitro. They achieved this using genetic engineering or by adding signalling molecules to activate particular cellular signalling pathways. However, they never got close to achieving the diversity of hundreds or thousands of different nerve cell types that actually exists.

    “Neurons derived from stem cells are frequently used to study diseases. But up to now, researchers have often ignored which precise types of neuron they are working with,” says Barbara Treutlein, Professor at the Department of Biosystems Science and Engineering at ETH Zurich in Basel. However, this is not the best approach to such work. “If we want to develop cell culture models for diseases and disorders such as Alzheimer’s, Parkinson’s and depression, we need to take the specific type of nerve cell involved into consideration.”

    Systematic screening was the key to success

    Treutlein and her team have now successfully produced over 400 different types of nerve cell. In doing so, the scientists have paved the way for more precise basic neurological research with cell culture experiments.

    The ETH researchers achieved this by working with a culture of human induced pluripotent stem cells that had been generated from blood cells. In these cells, they used genetic engineering to activate certain neuronal regulator genes and treated the cells with various morphogens, a special class of signalling molecules. Treutlein and her team took a systematic approach, using seven morphogens in different combinations and concentrations in their screening experiments. This resulted in almost 200 different sets of experimental conditions.

    Morphogens

    Morphogens are messengers that are known from research into embryonic development. They are not distributed uniformly within an embryo but occur in a variety of concentrations forming spatial patterns. In this way, they define the position of cells within the embryo, for example whether a cell is near the body axis or in the back, abdomen, head or torso. Accordingly, morphogens help to determine what grows where in the embryo.

    The researchers used various analyses to prove that they had produced over 400 different types of nerve cell in their experiment. They examined the RNA (and therefore genetic activity) at the level of individual cells, as well as the external appearance of cells and their function: for example, which type of cell appendage they had in which quantities and which electric nerve impulses they emitted.

    The researchers then compared their data with information from databases of neurons from the human brain. By doing this, they were able to identify the types of nerve cell that had been created, such as those found in the peripheral nervous system or brain cells and the part of the brain they come from, whether they perceive pain, cold or movement, and so on.

    In-vitro neurons for active ingredient research

    Treutlein clarifies that they are still a long way off producing all types of nerve cell that exist in vitro. Nonetheless, the researchers now have access to a much larger number of different cell types than they had before.

    They would like to use in-vitro nerve cells to develop cell culture models for studying serious neurological conditions, including schizophrenia, Alzheimer’s, Parkinson’s, epilepsy, sleep disorders and multiple sclerosis. Cell culture models of this kind are also of great interest in pharmaceutical research for testing the effects of new active compounds in cell cultures without animal testing, with the ultimate aim of one day being able to cure these conditions.

    In the future, the cells could also be used for cell replacement therapy, which involves replacing sick or dead nerve cells in the brain with new human cells.

    But there is a challenge to overcome before this can happen: the researchers often produced a mixture of multiple different types of nerve cell in their experiments. They are now working to optimise their method so that each experimental condition only produces one specific cell type. They already have some initial ideas as to how this might be achieved.

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  • Pakistan unveils results of first G6PD pilot project to combat malaria

    Pakistan unveils results of first G6PD pilot project to combat malaria

    ISLAMABAD – The Directorate of Malaria Control Pakistan on Saturday released the results of the country’s first G6PD (Glucose-6-Phosphate Dehydrogenase) pilot project aimed at improving malaria treatment protocols in high-risk districts.

    According to a spokesperson of the Ministry of Health, a meeting on malaria prevention was held where the Directorate of Malaria Control, in collaboration with the global health organization Medicines for Malaria Venture, presented findings from the pilot project conducted across nine malaria-affected districts of Pakistan.

    Representatives from the World Health Organization (WHO), UNICEF, Global Fund, Medicines for Malaria Venture, and other national and international stakeholders attended the meeting.

    Director of the National Malaria Control Programme, Dr. Mukhtar Bharth, briefed the participants and explained that G6PD testing can be effectively integrated into Pakistan’s primary healthcare system. The pilot project focused on improving treatment outcomes by ensuring proper diagnosis before prescribing specific anti-malarial drugs.

    Dr. Bharth emphasized that the devastating floods of 2022 led to over 2.8 million malaria cases, further highlighting the urgency of strengthening malaria prevention and treatment strategies. He said the results of the G6PD pilot project are being aligned with Pakistan’s national health strategy.

    He also explained that previously, malaria patients in Pakistan were treated with a 14-day course of Primaquine.

     However, most patients discontinued the medication after just two or three days, leading to incomplete recovery. This global challenge of patients not completing their prescribed course of treatment has hampered malaria eradication efforts.

    Dr. Bharth said the introduction of Tafenoquine — a single-dose anti-malarial drug — would mark significant progress in the fight against malaria. Pakistan aims to join the list of countries adopting this drug following comprehensive research and clinical evaluation.

    He also announced that Pakistan will host the International Conference on Malaria Elimination in 2026, inviting global scientists, experts, and delegates to share knowledge and strengthen global cooperation in malaria eradication.

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  • How To Survive A Warzone’ Review

    How To Survive A Warzone’ Review

    EXCLUSIVE: When the BBC screened Gaza: How to Survive a Warzone in February, there were hopes that the film would win awards. Fast forward six months, and the BBC will next week publish a delayed investigation into how the documentary descended into disaster.

    Peter Johnston, the BBC’s director of editorial complaints and reviews, has examined what led to How to Survive a Warzone being narrated by the child of a Hamas minister, without this crucial fact being declared to audiences. The film, which was an unsparing portrayal of the chaos in Gaza from the perspective of three young people, was later removed from iPlayer.

    Sources familiar with the review said Johnston had been forensic, with the expectation being that his findings will be chastening for the BBC, even though the corporation has been accused of marking its own homework. He will ultimately determine whether editorial rules were broken and lay the groundwork for disciplinary action.

    How to Survive a Warzone was produced by Hoyo Films, an independent production company run by Emmy and BAFTA-winning filmmaker Jamie Roberts. Overseeing the film for the BBC were Joanna Carr, head of current affairs, and commissioning editors Gian Quaglieni and Sarah Waldron.

    Two sources told Deadline that some, if not all, of the individuals embroiled in the review have lawyered up as Johnston readies his findings. Johnston, a close ally of director-general Tim Davie, has gone through the process of Maxwellisation, a practice that gives individuals the opportunity to respond to criticisms made in an official report.

    Deadline hears that the “quasi-legal” process has not been straightforward, with competing narratives needing to be considered. The BBC initially blamed Hoyo for failing to declare English-speaking narrator Abdullah Al-Yazouri’s Hamas links, but later acknowledged that it should have done more to establish this fact. More detail is also expected on payments made during production and whether any money fell into the hands of Hamas.

    Abdullah Al-Yazouri in ‘Gaza: How To Survive a Warzone’

    BBC

    “Everyone feels like they could be the fall guy,” a source said of the febrile mood. Two people said those affected do not wish to be named in the final report. It is not yet clear if Johnston will honor this wish. His last review, which examined misconduct allegations against Russell Brand, only referenced job titles.

    A BBC source said: “It’s obviously difficult for all involved. Peter is trying to run a proper process. It’s really important we establish the facts and the process is fair to those involved.”

    Davie told BBC staff on June 11 that the How to Survive a Warzone review was “days” away, but these days ultimately turned into more than a month. Johnston will now publish in the same week as an investigation into ex-MasterChef host Gregg Wallace and the BBC’s annual report.

    The BBC has faced huge pressure from Culture Secretary Lisa Nandy to finalize and publish the report, but the corporation has been led by the process rather than politicians. Nandy has openly questioned why nobody has been fired over the debacle, with one source saying that she is “looking for a scalp.”

    Johnston’s findings will also be closely scrutinized beyond Westminster. A group of 45 Jewish television executives, including former BBC content chief Danny Cohen and J.K. Rowling’s agent Neil Blair, wrote to the BBC with a plethora of questions about the failings on How to Survive a Warzone. The BBC has also come under pressure from Palestinian sympathizers, including Gary Lineker, Riz Ahmed, and Ken Loach, who have described the decision to remove the film from iPlayer as “censorship.”

    The BBC has, in some ways, already pre-empted Johnston’s conclusions. BBC chair Samir Shah said the incident was a “dagger to the heart” of the corporation’s impartiality and trustworthiness. “I have a worry that it wasn’t so much the processes that were at fault but that people weren’t doing their job,” Shah added. The coming days should reveal if Shah’s concerns were well founded.

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  • Evaluation of GPT-4 Accuracy in the Interpretation of Medical Imaging: Potential Benefits, Limitations, and the Future

    Evaluation of GPT-4 Accuracy in the Interpretation of Medical Imaging: Potential Benefits, Limitations, and the Future


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  • The Petrolhead Corner: The Koenigsegg Sadair’s Spear

    The Petrolhead Corner: The Koenigsegg Sadair’s Spear

    If there’s one thing to be said about Koenigsegg and the wild machines coming out of the gates of their facilities in Ängelholm, Sweden, it’s that they’re at the peak of engineering. The Swedish megacar manufacturer, founded by Christian von Koenigsegg in 1994, is known for pushing back the boundaries of performance and innovation, breaking countless speed records over the years and upping the ante with each new car that is announced. And, much to our joy, there’s a narrative we truly love that can be compared to watchmaking: as much as possible of the development and production is done… in-house! From the chassis to the engine to suspension systems, trick gearboxes and even the weave of the carbon fibre, it’s all done by Koenigsegg workers. The latest machine to hit the road and track is the Sadair’s Spear, which puts down no less than 1,625 horsepower!

    The goal of the 22-year-old Christian von Koenigsegg when founding his own car company over three decades ago was to build the world’s greatest sports car. The first concept was shown in 1996 and called the CC, but it took until 2000 for the company to present the first fully developed production prototype, the CC8S. This was put on the road in 2002, with a supercharged V8 engine producing 655 horsepower. Those numbers were pretty uncommon back then, as the CC8S was awarded the Guinness World Record for the most powerful production engine, dethroning the legendary McLaren F1. With 6 cars built, it’s among the rarest of Koenigseggs now, but it was the first step in carving out a unique and unparalleled automotive legacy.

    Founder and CEO Christian von Koenigsegg – TopGear.com.

    What followed were cars like the CCR, the CCX, the CCXR and the Agera, all based on the same platform but increasingly more powerful and increasingly more ‘Koenigsegg’. By that, I mean that the company found its own unique flair, and more importantly, made big strides in bringing production of various components under its own roof: the abandoned military airfield in Ängelholm, once home to the Ghost Squadron of the Swedish Air Force. The squadron’s ghost badge is also found on all of Koenigsegg’s cars to have been built there, in tribute to the men and women stationed at Ängelholm during their service.

    From Hypercar to Megacar

    The thin red line from the earliest CC prototype to the latest Sadair’s Spear comes down to one thing: relentless innovation. It sounds simple on paper, but what Koenigsegg has done is rewrite the rulebook on performance through many of its cars. It has also redefined the concept of the supercar and basically created the hypercar class with its +1,000 horsepower machines. Hyper-exclusive cars like the Bugatti Veyron and Pagani Zonda had a hand in that, too, but Koenigsegg did have a major influence on today’s niche hypercar market. The company itself even goes so far as to call their cars Megacars, as they almost always exceed the 1:1 power-to-weight ratio, essentially producing one megawatt of power or more (1,000 watts equates to 1,360bhp). The first production car to break that barrier was also fittingly named the One:1.

    The 2019 Koenigsegg Regera, with Christian von Koenigsegg on the left and test driver Sonny Perrson on the right.

    This innovation expresses itself in many ways at Koenigsegg, from engine development to materials innovation and from safety devices to aerodynamics and handling. Another big part of Koenigsegg’s quest for performance comes down to efficiency, which sounds odd for such high-powered machines, but they’re always looking to extract the most out of the least. How can they push forward by reducing their carbon footprint, harnessing more power from an engine or having them run on multiple types of fuel? Standout developments are the direct drive system of the Regera (see above), which does without a traditional multi-gear transmission in favour of a single fixed-gear system. The company also developed an ultra-fast shifting 9-speed dual-clutch transmission, an 800bhp, 1,250Nm Dark Matter radial flux E-motor that weighs less than 40 kilos, and much, much more. And remember, all of this is developed and produced in-house!

    The ill-fated 2007 Koenigsegg CCGT race car.

    But you can’t talk about Koenigsegg without mentioning speed. The CC8S set the benchmark for all that came after, as it had an acclaimed top speed of 390kph. The CCR was tested at a top speed of 387kph, just shy of what it should be able to do on paper. The CCXR was the first one to break 400kph, but the real claim to fame was the Agera RS. This monstrously powerful car, packing a 5.0-litre twin-turbocharged V8 pumping out 1,360 horsepower with the Megawatt package, hit an astonishing 457.94kph. And no, that’s not a typo! It also accelerated and decelerated faster than anything else. The run from zero to 400kph and back to zero was done in 33.29 seconds,  almost a full 8 seconds faster than the Bugatti Chiron could do! That thirst for speed and performance continues with the Jesko, which comes in either a track-focused Attack set-up or a top speed-focused Absolut set-up and is named after Christian’s father, Jesko von Koenigsegg. Now, though, there’s a Jesko+ if you will, named the Sadair’s Spear

    The record-breaking Koenigsegg Agera RS.

    Spearheading performance

    The name for Koenigsegg’s latest power-hungry machine comes from Christian’s father once more. Jesko von Koenigsegg was an avid gentleman jockey and a valued member of the Swedish equestrian community. Koenigsegg seniors’ favourite and final racing horse was named Sadair’s Spear, so Christian comes full circle to celebrate his father once more with Sadair’s Spear, which is an evolution of the Jesko Absolute/Attack concept. So that means big power and BIG aero! Oh, and during shakedown, it already shattered the lap record at Sweden’s Gotland Ring circuit.

    Using the Jesko platform means that for the Sadair’s Spear, we’re dealing with a completely in-house-made carbon fibre and aluminium honeycomb monocoque chassis, with integrated fuel tanks. This also incorporates a safety cell, much like a top-tier racing car, and crumple zones front and rear. The whole car, engine and all, weighs just 1,385 kilos, which is quite impressive given how much tech is involved. I mean, my Opel Insignia estate weighs more than that! The body is made of carbon fibre and Kevlar, which also helps to keep the weight down, of course, and for this one, it’s finished in a chocolate brown colour. And, as with most cars by Koenigsegg, the dihedral synchro-helix doors open out and up, the front and rear clamshells open up hydraulically, and you can take the roof off if you want.

    The powertrain is again the 5.0-litre twin-turbocharged V8 from the Jesko, but with slightly more power. Thanks to improved airflow and cooling, it produces a staggering 1,625 horsepower on E85 fuel, over the 1,600bhp of the Jesko. If you run it on normal fuel, that drops to 1,300 horsepower. Still, plenty of oomph to peel your face off, I’d say! The engine is fitted with a lightweight flat-plane crankshaft, a dry-sump lubrication system, a carbon fibre intake manifold, and an Inconel exhaust system. The engine itself weighs 189 kilos and is bolted to Koenigsegg’s 9-speed dual-clutch Light Speed Transmission. This sends all of the power to the rear wheels only, and through super-light Koenigsegg Aircore carbon fibre centre-lock wheels, fitted with Michelin Cup2 tyres as standard. You can also spec extra-sticky Michelin Cup2Rs, by the way.

    But where the Sadair’s Spear really shines is in the aerodynamics department. The Jesko already had some of the most advanced aerodynamic technology on a road car, and the Sadair’s Spear only builds upon that. For starters, the top-mounted double-blade active rear wing (impossible to miss!) was redesigned and gives even more downforce. It also has a slightly longer rear-end, the lengthen the venturi tunnels running underneath the car, to suck it down on the tarmac and give it greater stability. Then there are newly profiled canards, splitters and aerofoils all over, redesigned air intakes and vents, etc. All to channel the air over, underneath, around and through the car as best as possible. The result is a staggering 1,765kgs of downforce at 250kph. To put this into perspective, the aero-crazy Porsche 911 GT3 RS hits ‘only’ 860kgs at 285kph! So the Koenigsegg doubles that, at a lower speed.

    And yet, there’s more to talk about. The newly designed carbon fibre wheels, for instance, aid in the downforce and cooling of the brakes. Each wheel has a specifically calibrated profile unique to each corner, so you can’t swap them out from left to right. The tyres on the Sadair’s Spear are also wider: 275/35-20 in the front and 335/30-21 in the rear. The suspension system has also been updated to improve handling, and the brakes are new multi-layered carbon-ceramic discs with upgraded pads. Inside, there are carbon fibre bucket seats with a 6-point racing harness, and tons of styling cues unique to the Sadair’s Spear.

    So what does this all mean in terms of performance? And will you be able to buy one? To answer that last question first, you can’t. All thirty cars have been allocated already, despite the price tag of around 5 million euros when everything is said and done. Then the speed… There’s not much coming from the Swedish crew, other than a top speed of 360kph listed on their website. No zero-to-100kph times, no intermediate acceleration times, no nothing. The only thing they have claimed so far is that it smashed the lap record at the Gotland Ring, as I mentioned earlier. By how much, you ask? Well, 1.1 seconds to be precise. Besting what car, you ask? The Jesko Attack, of course!

    For more information, please visit Koenigsegg.com.


    Editorial Note: The information used and images portrayed in this article are sourced from and used with permission of Koenigsegg Automotive AB unless stated otherwise.

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