Google’s upcoming Pixel 11 Pro XL has reportedly appeared on Geekbench 7, revealing early performance details of the company’s next-generation Tensor G6 chipset. While the new processor is expected to bring improvements in efficiency and AI capabilities, the leaked benchmark results suggest that raw performance gains may be relatively modest compared with the previous-generation Tensor G5.

According to Igeekphone, the Pixel 11 Pro XL and other Pixel 11 series models are expected to be unveiled at Google’s annual Made by Google event on August 12. Ahead of the official announcement, benchmark information has provided the first look at the performance of Google’s upcoming flagship processor.

Tensor G6 Benchmark Results Revealed

The Geekbench 7 listing reportedly shows that the Google Pixel 11 Pro XL achieved:

• Single-core score: 2,112 points
• Multi-core score: 5,196 points

These results represent the first known real-world benchmark scores for the Tensor G6 chipset, which has previously appeared only through leaks and industry reports.

The benchmark listing also confirms that the tested device is equipped with:

• 16GB RAM
• Android 17 operating system

While benchmark results do not reveal every aspect of real-world performance, they provide an early indication of the processing capabilities of Google’s next flagship smartphone platform.

Tensor G6 Reportedly Uses Seven-Core Architecture

According to the Geekbench database information, the Tensor G6 appears to use a seven-core CPU architecture consisting of three core clusters.

The reported configuration includes:

• Two cores clocked at 2.65GHz
• Four cores clocked at 3.38GHz
• One high-performance core clocked at 4.11GHz

The listing does not confirm whether the Tensor G6 is manufactured using a 2nm process technology, despite previous reports suggesting that Google could become one of the first smartphone manufacturers to adopt a 2nm Tensor chip.

Limited Improvement Compared with Tensor G5

Although the Tensor G6 represents a new generation of Google’s custom smartphone chipset, the leaked benchmark results suggest that the performance improvement may not be dramatic.

For comparison, the previous-generation Pixel 10 Pro’s Tensor G5 reportedly achieved:

• Single-core score: 1,977 points
• Multi-core score: 5,805 points

Compared with those numbers, the Tensor G6 appears to offer a small increase in single-core performance but a lower multi-core score in this early Geekbench test.

If the leaked results are accurate, the Pixel 11 Pro XL may not deliver a major upgrade in traditional computing performance. Instead, Google may continue focusing on areas where Tensor chips have historically stood out, such as artificial intelligence processing, photography enhancements, and software optimization.

Pixel 11 Standard Model Also Appeared in Benchmarks

The Pixel 11 series has previously appeared in Geekbench databases as well.

Earlier testing of the standard Pixel 11 model reportedly showed:

• Single-core score: 875 points
• Multi-core score: 2,657 points

That listing also indicated a seven-core Tensor G6 architecture, although the performance results were significantly lower than the Pixel 11 Pro XL benchmark.

Differences between models could be related to software optimization, testing conditions, clock speeds, or hardware configurations.

Google May Focus More on AI Features

Google’s Tensor processors have traditionally prioritized artificial intelligence and machine learning capabilities rather than competing directly with flagship chips from Qualcomm and Apple in raw benchmark performance.

The Tensor G6 is expected to bring improvements in areas such as:

• AI-powered features
• Computational photography
• Voice processing
• On-device machine learning
• System efficiency

For Pixel users, these software-driven improvements may be more noticeable in daily use than benchmark score increases.

Pixel 11 Series Expected to Launch Alongside Pixel Watch 5

Google is expected to officially introduce the Pixel 11 series along with the Pixel Watch 5 during the upcoming Made by Google event on August 12.

The Pixel 11 lineup is expected to include multiple models, including:

• Google Pixel 11
• Google Pixel 11 Pro
• Google Pixel 11 Pro XL

The Pixel 11 Pro XL is expected to serve as the top-tier model, featuring the largest display, highest memory configuration, and the most advanced camera system in the lineup.

Final Thoughts

The leaked Geekbench results for the Google Pixel 11 Pro XL suggest that the upcoming Tensor G6 chipset may deliver only moderate improvements in traditional processing power. While the move to a newer architecture and potential 2nm manufacturing process could improve efficiency, the benchmark numbers indicate that Google is not necessarily chasing the highest raw performance scores in the smartphone market.

Instead, the Pixel 11 series is likely to continue Google’s strategy of combining custom hardware with advanced AI software experiences. For potential buyers, the most important upgrades may come from new AI features, camera improvements, and software innovations rather than a major leap in benchmark performance.

The post Google Pixel 11 Pro XL Geekbench Scores Leak: Tensor G6 Shows Limited Performance Gains appeared first on IGeeKphone China Phone, Tablet PC, VR, RC Drone News, Reviews.

The cosmic violence of a black hole tearing apart a star produced a brilliant burst of radio light, which has been observed by astronomers thanks to a new international collaboration.

The U.S. National Science Foundation’s Very Large Array (NSF VLA) captured an off-axis afterglow that the researchers believe was left behind by a powerful jet produced by the star’s destruction. The black hole event was dubbed AT2019ijn by the Chinese research team that made the observation using U.S. equipment, and was described in a recent paper published in The Astrophysical Journal Letters.

Intriguingly, this explosive cosmic event provides astronomers with important new clues in the search for some of the universe’s rarest types of black holes.

A Bright Blue Flash

Various optical surveys of the cosmos detected the bright blue flash of AT2019ijn. For a few days, it continued to grow in brilliance before oddly fading at a rate far slower than is typical of similar transients.

Yet the optical spectrum did not tell the full story. As researchers combed through radio observations, they unexpectedly discovered that the radio emission did not peak within mere days but continued growing for two years before decaying over the next four. Also notable was the intensity of the emission, which was far more luminous than is typically seen during these phases of a stellar explosion.

Its 3-gigahertz luminosity was more than 100 times greater than signals typically observed from supernovae or fast blue optical transients.

Understanding the event required researchers to combine optical data with radio observations from the NSF VLA, India’s Giant Metrewave Radio Telescope, and Australia’s ASKAP. By expanding their radio view with these various facilities, the researchers were able to observe how the event changed over time, allowing them to develop and test various models.

A Black Hole Explanation

The Chinese astronomers identified a black hole as the most likely cause of these strange observations. Their focus was on a tidal disruption event, which occurs when a star wanders too close to a black hole and is torn apart by the incredibly powerful gravitational forces it encounters. Intriguingly, the researchers found that an event matching the observed optical brightness would require an extremely rare class of black hole.

Black holes are among the most extreme objects in the universe and tend to occupy opposite ends of a mass spectrum. The smaller variety is known as a “stellar-mass” black hole, since these objects form from the collapse of stars. At the other end are supermassive black holes, which anchor entire galaxies. However, intermediate-mass black holes have largely eluded astronomers, partly because their presence can be difficult to detect.

Detecting Intermediate-Mass Black Holes

Crucially, AT2019ijn allowed researchers to identify a new avenue for detecting these rare black holes.

Perspective is important in these detections. When an intermediate-mass black hole’s jet is not aimed directly toward Earth, the event may appear far less intense at optical wavelengths than expected. However, continued observation at radio wavelengths can reveal a much more intense afterglow as the jet evolves. This delayed brightening could therefore provide an important new clue for identifying potential intermediate-mass black holes.

Looking more broadly, the astronomers contend that many extreme black hole events may be missed because observations cease after the initial optical flash, leaving potentially intense radio peaks unobserved. As even more advanced observational platforms come online, such as the upcoming Next Generation Very Large Array, future radio surveys may reveal more such events, potentially illuminating a previously unrecognized class of transients similar to AT2019ijn.

The paper, “AT2019ijn: A Fast-rising, Slow-decaying Blue Optical Transient with Exceptionally Bright Radio Emission,” appeared in Astrophysical Journal Letters on July 6, 2026.

Ryan Whalen covers science and technology for The Debrief. He holds an MA in History and a Master of Library and Information Science with a certificate in Data Science. He can be contacted at ryan@thedebrief.org, and follow him on Twitter @mdntwvlf.

Planetary researchers have found the first evidence that bursts of energetic particles from the Sun could warm the lower atmosphere of Mars during massive dust storms, hinting at an unexpected link between space weather and Martian climate.

The post Space Weather May Warp Martian Weather during Dust Storms, Planetary Scientists Suggest appeared first on Sci.News: Breaking Science News.

General:

• Keynote / SOTU / Videos / YouTube
• Unofficial WWDC App / Script to Title Videos in EagleFiler
• OS Beta / Xcode Beta
• macOS 27 Installers / IPSW / Creating Install Disk With DropDMG
• Sample Code
• Group Lab Summaries
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• Updates / AppKit / Foundation / Swift / SwiftData / Security / SwiftUI / UIKit / Xcode / App Intents / Core Spotlight / Foundation Models
• Xcode Release Notes / macOS / iOS & iPadOS / Safari / tvOS / visionOS / watchOS
• Design / Resources
• New Frameworks / App Intents Testing / Core AI / CrashReportExtension / DiskImageKit / Visual Intelligence
• Technotes

Sessions:

• AppKit / UIKit / Privacy and Security / Power and Performance / TextKit
• Design / Icon Composer / Names / Brand / Search
• Swift / gRPC / MLX / Lab
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• SwiftUI / With AppKit and UIKit / Lazy / Graphics Effects / Drag and Drop / Beginners Lab / Lab / Lab
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Podcasts:

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• WWDC 2026 Keynote
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Apple’s next iPad lineup refresh could begin this fall with a new iPad mini, followed by updates across the rest of the tablet family during 2027. The reported schedule would give Apple a rolling series of launches rather than one event covering every iPad at once.

Bloomberg’s Mark Gurman reports that Apple is preparing replacements for the iPad mini, entry-level iPad, iPad Air and iPad Pro. The compact model is expected to arrive first, potentially as early as October, while the remaining tablets would follow over the next several months.

Apple has not announced any of the devices, and release timing can change. The report nevertheless gives prospective buyers a clearer picture of where each current model sits in its cycle. The first update could also bring one of the most requested display improvements to Apple’s smallest tablet.

iPad Lineup Refresh Starts With the Mini

The iPad lineup refresh is expected to begin with the iPad mini, which has received fewer updates than Apple’s larger tablets. The current design remains popular because it offers an 8.3-inch screen in a device small enough to hold comfortably with one hand, place in a small bag or use as a portable reading and note-taking tool.

The next model is reportedly moving to an OLED display. That would give the iPad mini deeper black levels, stronger contrast and more vivid color than its current LCD panel. OLED would be particularly noticeable when reading in dark environments, watching video or working with images.

The new display is expected to measure approximately 8.4 inches without producing a major change to the overall design. Apple may retain a 60Hz refresh rate rather than bringing the 120Hz ProMotion technology used by the iPad Pro. That could disappoint buyers hoping the mini would become a compact Pro model, but OLED alone would represent a visible upgrade.

Reports have also pointed to an A19 Pro chip. That would give the smaller tablet more performance for games, creative apps, Apple Intelligence and longer-term software support. The current iPad mini already occupies an unusual position between a reading device and a compact professional tool. A stronger chip and OLED screen would push it further toward the second category.

Price may become the less attractive part of the update. Apple could raise the starting cost as display and memory expenses increase. Buyers interested mainly in portability may accept a higher price, but the iPad mini would need to avoid moving too close to the iPad Air.

The Entry-Level iPad May Stay Familiar

Apple’s least expensive iPad is expected to receive a more modest update in early 2027. The company reportedly plans to preserve the current design while replacing the processor with a newer chip.

That would fit the role of the entry-level model. Apple uses it for education, families, basic productivity, streaming, games and first-time tablet buyers. A dramatic redesign could increase the cost without improving the tasks most customers use it for.

The processor update could bring Apple Intelligence compatibility, depending on the chip and memory configuration Apple chooses. The current model’s position outside some advanced AI features creates an increasingly visible separation from the rest of the lineup.

A newer chip would also extend the useful life of the device. Entry-level iPads are often kept for several years, passed between family members or deployed in schools and businesses. Long software support can be more valuable in that segment than a thinner body or new camera arrangement.

Anyone considering the current base iPad should decide whether price or longevity has greater value. The current model remains suitable for ordinary use, particularly when discounted. Buyers who want the longest possible support window may prefer to wait.

iPad Air Could Receive the Larger Display Upgrade

The iPad Air is also expected to receive an update in 2027, with OLED display technology reportedly planned for the range. That would narrow one of the most obvious visual differences between the Air and the iPad Pro.

Apple currently positions the Air as the balanced choice: stronger than the entry model, less expensive than the Pro and available in 11-inch and 13-inch sizes. It supports Apple Pencil Pro and Magic Keyboard while offering M-series performance for demanding apps.

An OLED display would make that value proposition more aggressive. The Air could offer improved contrast and image quality without requiring buyers to move to the Pro tier. Apple would still have several ways to distinguish the Pro, including ProMotion, brighter displays, thinner hardware, advanced cameras and newer processors.

The processor is likely to receive another M-series upgrade as well, though the exact chip remains uncertain. For most users, the Air already has far more processing power than routine tablet work demands. The screen may provide the stronger reason to wait.

The risk for Apple is pricing. OLED panels could push the Air upward, especially in the 13-inch configuration. If the gap between Air and Pro becomes too narrow, buyers may move directly to the flagship. Apple will need to preserve a convincing middle tier.

iPad Pro May Focus on Power and Accessories

The next iPad Pro is reportedly planned for spring 2027. Apple may use a new M-series processor while leaving the current thin design largely intact.

That would make the Pro refresh more evolutionary than transformative. The current generation already includes OLED displays, high-end performance, Face ID, ProMotion and support for Apple Pencil Pro and Magic Keyboard.

Apple is also reportedly preparing two updated Apple Pencil models. Those accessories could arrive alongside the next iPad Pro, with changes potentially related to battery design and regulatory requirements.

The larger question is what additional processor power will do for the tablet. iPadOS 27 has expanded multitasking and window management, but buyers continue to evaluate the Pro against MacBook models at similar prices. A faster chip alone will not settle that comparison.

Apple may rely more heavily on AI, professional applications and accessory integration to justify the update. The Pro has become a platform for illustration, video editing, music production, 3D work and specialized enterprise apps. New hardware needs to strengthen those uses rather than simply win another benchmark.

Should Buyers Wait?

The answer depends on the model. Prospective iPad mini buyers have the strongest reason to pause because the reported fall update could introduce a substantially better display within months.

Entry-level buyers can still consider the current iPad when pricing is attractive. Its expected replacement appears focused on performance rather than design. Waiting becomes more sensible for anyone who wants Apple Intelligence support or maximum longevity.

The current iPad Air remains a capable option, particularly for users who need a tablet now. OLED would improve the experience, but a 2027 release leaves a longer wait. The same logic applies to the iPad Pro. Its successor may be faster, though the existing model already covers demanding work comfortably.

Apple’s gradual schedule could keep the iPad in the hardware conversation from fall through spring. It also means there will be no single perfect moment when every model is equally new.

The iPad mini may open the cycle because it has the most obvious opportunity for visible improvement. After that, Apple can use the base iPad for reach, the Air for broader OLED adoption and the Pro for its latest silicon and accessories.

The tablet lineup is not expected to change all at once. It may instead evolve model by model, giving buyers repeated reasons to reconsider which iPad fits their needs.

The post iPad Lineup Refresh Could Start This Fall appeared first on AppleMagazine.

A groundbreaking digital venture has been launched, promising to revolutionize the way the world experiences prehistoric heritage. The Virtual World of Stonehenge, an innovative online platform, allows users globally to immerse themselves in the fascinating history and archaeology surrounding the iconic Stonehenge site. Developed through a collaboration between the University of Reading and the British Museum, this free-to-access digital experience offers unparalleled access to one of the most significant prehistoric collections ever assembled, transcending the limitations of physical museum visits and bringing the past vividly into the present.

Launching precisely on June 21st to coincide with the summer solstice—a date of profound importance to Stonehenge and its cultural legacy—the Virtual World of Stonehenge goes far beyond a traditional replication of the physical exhibition. While the original 2022 British Museum showcase brought together over 400 objects from 36 European institutions and attracted nearly 200,000 visitors, this online experience transcends geographical and physical boundaries. It invites users to explore prehistoric Britain interactively, offering a dynamic temporal dimension where Stonehenge is seen morphing through various epochs, shedding light on its multifaceted evolution and significance.

The project’s technological core lies in its sophisticated use of 3D laser scanning, digital animation, and immersive soundscapes, created by a multidisciplinary team of archaeologists, digital heritage experts, and computer scientists. During the exhibition’s final weeks in 2022, a highly detailed laser scan of the British Museum gallery was captured, serving as the digital blueprint for the virtual environment. These precise measurements ensured every artifact and spatial detail was faithfully rendered, enabling users to navigate authentically within the gallery or step inside reconstructed prehistoric landscapes like the Neolithic flint mines at Grimes Graves.

One of the most compelling features of the Virtual World of Stonehenge is its ability to shed light on nuanced archaeological narratives often missed by conventional displays. The platform highlights lesser-known prehistoric relics such as a 6,000-year-old elm leaf, a delicately woven cow-hair bracelet, and remnants of ancient feasts, employing animation and interactive storytelling to contextualize these objects within the daily lives and rituals of Stonehenge’s ancient communities. This approach not only enhances engagement but fosters a deeper appreciation of the complex social and cultural fabric that shaped prehistoric Britain.

Professor Duncan Garrow of the University of Reading emphasizes the transformative educational potential of the project. By uniting an extraordinary assemblage of artifacts rarely seen together, the Virtual World of Stonehenge offers an immersive learning environment where users can interrogate the intersection between archaeological evidence and lived experience. This digital format allows for multi-sensory exploration—users can observe how the monument aligned with celestial phenomena, hear recreated ambient sounds, and engage with layered historical interpretations, bringing prehistoric Britain to life in a manner previously unachievable in museum contexts.

At the same time, Dr. Neil Wilkin, curator at the British Museum, highlights the project’s forward-thinking implications for museum engagement in the twenty-first century. The initiative serves as a prototype for virtual exhibitions that can extend the reach of cultural institutions globally, fostering inclusivity by making world-class collections accessible regardless of physical or economic barriers. Moreover, the integration of cutting-edge technologies heralds a new era of digital heritage preservation and public archaeology, where virtual experiences can complement and enhance traditional curatorial practices.

Technically, the Virtual World of Stonehenge exemplifies an advanced convergence of archaeological survey methods and digital tools. The laser scanning process produced millions of data points, constructing an ultra-high-resolution 3D model of the gallery space and its constituent objects. This geospatial accuracy underpins the digital environment’s interactivity, allowing users to manipulate views, zoom in on minute details, and gain spatial insights that static images or text-based descriptions cannot offer. Additionally, the underpinning narrative content draws on extensive archaeological research funded by UK Research and Innovation and the Arts and Humanities Research Council, ensuring both scholarly rigor and public accessibility.

The virtual platform’s sound design is equally innovative, using ambient recordings and reconstructed acoustic profiles to immerse visitors in the sensory atmosphere of the prehistoric world. For example, users can experience the atmospheric sounds of the summer solstice sunrise illuminating Stonehenge, or hear the ambient clatter from the flint mines at Grimes Graves, thereby deepening emotional connection and contextual understanding. This multisensory integration reinforces the project’s ambition to be more than a virtual museum tour, positioning it as a holistic archaeological experience harmonizing visual, auditory, and intellectual engagement.

Besides its public and educational impact, the Virtual World of Stonehenge also advances archaeological methodology by providing a scalable model for digital conservation. The high-fidelity digital capture serves as a preservation tool that mitigates risks associated with physical artifact degradation, travel restrictions, or exhibition deinstallations. Institutions across the globe can look to this project as a template for safeguarding and sharing their collections, leveraging virtual reality and interactive media to future-proof cultural heritage—an urgent priority amid climate change, urban development, and other preservation challenges.

Moreover, the project opens exciting avenues for interdisciplinary research by integrating digital humanities, archaeology, and computer science domains. The collaboration between British Museum curators, university archaeologists, and heritage technology firms like ArtasMedia demonstrates an effective alliance between academia and industry. Such partnerships facilitate the application of emerging technologies to solve complex questions about human history, potentially inspiring new methodologies in archaeological visualization, data interpretation, and public outreach that can be adapted to other cultural contexts and time periods.

Crucially, the Virtual World of Stonehenge also taps into the emotive and symbolic power of the site itself. Stonehenge’s exact astronomical alignments during the solstice are reconstructed with scientific precision, allowing users to witness how the monument interacts with the rising sun on this pivotal day. This temporal accuracy does not merely serve aesthetic purposes but conveys the profound cosmological knowledge possessed by its Neolithic and Bronze Age builders, adding layers of meaning to the experience and underscoring the monument’s enduring significance across millennia.

The accessibility of this virtual exhibition across multiple devices—including desktop computers, tablets, and smartphones—ensures that a diverse global audience can engage with Stonehenge’s prehistoric narratives regardless of location or technological proficiency. Such democratization of cultural heritage promotes wider public interest in archaeology while also inspiring future generations of researchers, educators, and enthusiasts. The response to the initial trial phases and media previews has been overwhelmingly positive, pointing to an appetite for more immersive, interactive digital humanities projects that redefine museum experiences.

In conclusion, the Virtual World of Stonehenge stands at the vanguard of a digital revolution in cultural heritage. By bridging meticulous archaeological scholarship with transformative technological innovation, it offers an unprecedented opportunity to explore prehistoric Britain in an expansive, nuanced, and engaging manner. This free, globally accessible experience not only honors Stonehenge’s profound historical legacy but also envisions a future where heritage and technology converge, bringing the deep past into the digital age and captivating audiences worldwide.

---

Subject of Research:
Historical Archaeology and Digital Heritage Preservation

Article Title:
The Virtual World of Stonehenge: A Digital Revolution in Archaeological Experience

News Publication Date:
Sunday, 21 June

Web References:
https://research.reading.ac.uk/british-museum-partnership/world-of-stonehenge/

https://www.cloudtour.tv/the-world-of-stonehenge/

Keywords:
Stonehenge, Virtual Reality, Digital Heritage, Archaeology, British Museum, University of Reading, Laser Scanning, Neolithic, Prehistoric Britain, Cultural Preservation, Interactive Museum Exhibitions, Summer Solstice

Around 66 million years ago, an asteroid wiped out 75% of the species on Earth. This event caused the extinction of all dinosaurs except birds, referred to as non-avian dinosaurs. However, an open question in paleontology is whether the dinosaurs were already declining before the asteroid hit. Many scientists think that around 5 to 10 million years before the extinction event, dinosaurs became less biologically diverse across America, making them more prone to extinction. 

To investigate this hypothesis, scientists recently revisited fossils in a rock layer from the end of the dinosaur era that previous researchers had incorrectly dated. The bulk of the fossils from this period had previously been collected from a different section of rocks called the Hell Creek Formation in Montana. These researchers studied a rock layer in New Mexico that is exposed to the surface, known as the Naashoibito Member. It’s approximately 30 meters (about 100 feet) thick and formed from ancient river sediments. 

To determine when the Naashoibito Member formed, the scientists measured the decay of radioactive elements within its mineral grains over time, a technique called radiometric dating. The scientist reasoned that these mineral grains must have crystallized before being transported and incorporated into the Naashoibito Member, so their youngest ages should provide a maximum depositional age. 

They determined the ages of 1,046 crystals of the mineral feldspar from 2 dinosaur-bearing rock layers in the Naashoibito Member. Based on these ages, the researchers found that a sandstone within 5 meters (about 16 feet) of the lowest boundary of the Naashoibito Member must be younger than 66.9 million years old. They found that the other layer, which is around 3.5 meters (11 feet) from the base of the lowest boundary, must be younger than 66.4 million years old. These age ranges indicated that the sandstone contains dinosaur fossils formed 400,000 years before their extinction.

Next, the researchers measured the direction of magnetic minerals inside the rocks, using a practice called magnetostratigraphy. The direction of these minerals indicates where Earth’s magnetic field was pointing at that time. Scientists have shown that the Earth’s magnetic field has flipped multiple times over Earth’s history, so they can use these magnetic signals to create a timescale for when the sediments formed. 

The researchers wanted to determine whether the magnetic minerals were lined up in a direction like today, called normal polarity, or the opposite, called reverse polarity. The researchers found one rock layer with normal polarity at the base of the Naashoibito Member, and one with reverse polarity in the upper part of the Naashoibito Member. These magnetic field directions lined up with 2 known polarity intervals over a timeline that matched the feldspar dates. Together, these data demonstrated that the Naashoibito Member formed at the end of the dinosaur era, around the same time as the Hell Creek Formation.

Next, the researchers wanted to test whether non-avian dinosaurs maintained their diversity across different regions of Western North America during this time period. They compared fossil patterns from locations across North America using statistical grouping methods that determine how similar or different their environments were. They found that temperature, rather than geographical location alone, was the best predictor of diversity at the extinction event. 

The team concluded that a diverse population of Naashoibito dinosaurs lived at around the same time as the Hell Creek dinosaurs. Earlier scientists surmised that dinosaurs were already on the decline because they studied the colder northern regions, where diversity was lower. However, these results suggest that warmer conditions in the south still supported diverse dinosaur populations. Together, this evidence suggests that dinosaurs were still diverse and thriving 66 million years ago, and that their extinction was indeed a result of the asteroid impact.

 

The post Were dinosaurs doomed before the asteroid hit? appeared first on Sciworthy.

You'd be forgiven for thinking this day would never come. Siri has spent a decade and half somewhere between "sort of useful at a few things" and "utterly disastrous, why did I even try, can it honestly not even set a timer." But the wildest thing just happened: Apple put out a new version of Siri, and it actually seems to be pretty good.

On this episode of The Vergecast, David and Nilay talk about their early experiences with Siri AI, and what it means for users, and the rest of the AI industry, for the iPhone's built-in assistant to be good enough at most things. There's very little about Siri AI that feels bleeding edge or brand new, but …

Read the full story at The Verge.

This is Optimizer, a weekly newsletter sent from Verge senior reviewer Victoria Song that dissects and discusses the latest gizmos and potions that swear they're going to change your life. This week's issue is a special early edition tied to The Verge's WWDC coverage. You can expect our next issue at its usual time next Friday. Opt in for Optimizer here.

Apple doesn't like telling people what to do with their health. At least, that's been true of its approach to the Health app and Apple Watch for the past 11 years. You can track various metrics, such as steps, workouts, and sleep quality. You can also view long-term trends - as in, whether …

Read the full story at The Verge.

Many elites are constructing underground bunkers in anticipation of a coming global catastrophe, possibly including thermonuclear war or an asteroid impact. Notable figures like Mark Zuckerberg and Elon Musk are involved, raising conspiracy theories about a coming Earth extinction event. What is it that they fear? Final judgment from God?