The odds of an asteroid crashing into Earth in 2032 keep changing, and not in a good way. Asteroid 2024 YR4 now has a 1-in-45 chance of impacting our planet in seven years. The odds are not a huge concern, at least not yet; this estimate is very preliminary, and if history repeats itself, these odds will continue to decrease over time. The odds of newly discovered asteroid 2024 YR4 impacting Earth in 2032 have risen from 1.3% to 2.2%, according to NASAs Center for Near Earth Object Studies (CNEOS). This figure is as of Monday morning, February 10, and has been fluctuating regularly. The asteroid was first spotted on December 27, 2024 when it was 515,116 miles (829,000 kilometers) from Earth. At the time, the chances of 2024 YR4 hitting our pale blue dot was 1-in-83, and were upped to 1-in-63 earlier this month. The odds of collision are preliminary, as astronomers gather more data on the asteroid to refine its chances of impact. Normally, the odds decrease over time until its close to zero. This happened with asteroid Apophis back in 2004, when astronomers assigned it a 2.7% chance of hitting Earth in 2029. This figure has since fallen to practically zero, with Apophis posing no known threat to Earth. A similar thing has yet to happen with 2024 YR4. NASA deems asteroids as potentially hazardous if they are between 100 and 165 (30 and 50 meters) in diameter and if their orbit brings them within 5 million miles (8 million kilometers) of Earths orbit. The newly discovered asteroid measures between 130 and 300 feet wide (40 and 90 meters), based on estimates from its reflected light. Its not large enough to cause a global threat, but its unlikely impact would result in some pretty hardcore damage. Should it strike Earth, the asteroid would release about 8 megatons of energymore than 500 times the energy released by the atomic bomb dropped on Hiroshima in 1945, and comparable to the energy released in the Tunguska blast of 1908, according to NASA.There are seven distinct possible impact events for 2024 YR4 between 2032 and 2074, with the highest likelihood of impact being on December 22, 2032. The 2032 date qualifies as a Torino 3 level risk on the Torino Impact Hazard Scale, which measures the danger posed by asteroids. A level-three rating means that the asteroid has a 1% or greater chance of collision capable of localized destruction, according to CNEOS. Astronomers will continue to monitor the asteroid during each flyby of Earth, refining measurements of its speed, spin, mass, and dimensions over time, among many other variables. The asteroid is currently moving away from us, and its next close approach will occur in December 2028. By then, observations of the asteroid could lead to a more accurate estimate of its chances of striking Earth. Hopefully, the numbers start moving in the right direction, decreasing the odds of an ill-fated asteroid impact within the next few years.

Meet the kitchen superhero you didnt know you needed the Ninja Indoor Grill. This beast of an appliance is basically six devices crammed into one countertop-friendly package. Its a grill, air fryer, roaster, baker, broiler, and dehydrator that doesnt just cook your food, but makes it taste like it came from a pro kitchen. And the best part? No more running outside to grill in the rain or snow.See at AmazonAmazons slashed the price from $260 to $200, saving you a tasty $60 (23% off) on this kitchen game-changer. So now you basically have no excuse not to grab it and show off how many different meals you can make at home with just one appliance.Your new favorite kitchen multitaskerThis grill packs a serious 1760-watt punch that can hit temperatures up to 500F. The cyclonic air system (fancy talk for really smart hot air) means your steaks get those perfect grill marks and that mouth-watering charred flavor, all while staying juicy inside.The coolest feature might be the smart thermometer thats basically like having a professional chef watching your food. Pick your protein, choose how well you want it cooked from nine different settings, and let it do its thing. No more cutting into your chicken to check if its done or serving hockey-puck steaks.Size-wise, its pretty generous. The 9 x 12 cooking surface can handle six steaks at once or enough hot dogs to feed a small army (24 to be exact). You can even cook your main dish and sides at the same time, which is perfect for those everything needs to be ready now moments.The air fryer function is a game-changer for healthy cooking it makes crispy fries and wings with barely any oil. And dont sleep on the other features the roasting and baking functions mean you might not need to fire up your big oven as often.Clean-up is surprisingly painless too. Most parts can go right in the dishwasher, and the non-stick grill grate actually stays non-stick (unlike that old grill pan in your cabinet).At $200, if you still think its an investment, consider that it replaces half a dozen other appliances and lets you grill year-roundmaking it a pretty solid value. Whether youre an apartment dweller missing out on outdoor grilling, or just someone who wants restaurant-quality results without the guesswork, this Ninja grill is worth checking out. And if not for you, it would still be a fantastic option for your friends or family.See at Amazon

Am Tacheles Apartment / TAKK Studio + Iwetta UllenboomSave this picture! Nate CookArchitects: TAKK StudioInterior Designers: Iwetta UllenboomAreaArea of this architecture projectArea:140 mYearCompletion year of this architecture project Year: 2024 PhotographsPhotographs:Nate CookManufacturersBrands with products used in this architecture project Manufacturers: BoConcept, FLOS, Kvadrat, Loehr, Poliform, RBWMore SpecsLess SpecsSave this picture!Text description provided by the architects. Located in Berlin's historic Am Tacheles complex, this 140m apartment is the new home of an international couple and their son, who brought with them a deep love for literature and an impressive collection of books. Designers Agi Kuczyska of TAKK Studio and Iwetta Ullenboom created a space that honors this passion while maintaining an elegant, functional balance.Save this picture!Save this picture!At the heart of the design is a custom wooden structure that wraps around the apartment, from the corridor to the living room. This feature integrates storage, conceals the television, hides bathroom doors, and culminates in a striking library walla dynamic display for the family's books, art, and sculptural objects. The design merges functionality with artistry, reflecting the family's love for both literature and design.Save this picture!Save this picture!Save this picture!Natural materials like lime plaster, wood, and quartzite provide warmth and texture, balancing the industrial feel of the exposed concrete ceiling. Minimalist bespoke furnishings, including a reupholstered purple vintage sofa, sculptural quartzite accents, and gently curved furniture, bring personality to the space. Art by local artists, including Eva Jablonsky, Peter-Maximilian Ronsdorf, and Ka Mochi, adds a layer of richness to the interiors.Save this picture!The living area features a central deep purple sofa, originally designed by Robert Pamio, now reupholstered in Kvadrat fabric, creating a striking focal point. The dining area, with a custom-made table and chairs by Loehr Furniture, blends functionality with artistry. Smooth lime plaster on the walls and cabinet doors ties the space together, offering a cohesive warmth.Save this picture!Save this picture!The kitchen stands out with its warm nutmeg Poliform design and sculptural quartzite elements, including a table leg and bespoke wall lamps. A vibrant pink gradient painting by Peter-Maximilian Ronsdorf adds a bold touch. The office area features a custom burl wood veneer desk paired with a vintage chair, while the bedroom boasts serene custom-made green glass side tables and luxurious lounge seating.Save this picture!In the children's room, bespoke furniture includes a climbing wall and jungle wallpaper, reflecting the family's desire for a playful yet stylish space. The bathroom, with onyx washbasins, adds a touch of opulence to the apartment. This home is not just a living space but a literary and artistic sanctuary, blending timeless design with personal meaning in every detail.Save this picture!Project gallerySee allShow lessProject locationAddress:Aaron-Bernstein-Platz, 10117 Berlin, GermanyLocation to be used only as a reference. It could indicate city/country but not exact address.About this officeTAKK StudioOfficePublished on February 10, 2025Cite: "Am Tacheles Apartment / TAKK Studio + Iwetta Ullenboom" 10 Feb 2025. ArchDaily. Accessed . <https://www.archdaily.com/1026646/am-tacheles-apartment-takk-studio-plus-iwetta-ullenboom&gt ISSN 0719-8884Save!ArchDaily?You've started following your first account!Did you know?You'll now receive updates based on what you follow! Personalize your stream and start following your favorite authors, offices and users.Go to my stream

Luis Barragn's Cuadra San Cristbal to Become a New Cultural Campus in MexicoSave this picture!Pool at La Cuadra San Cristbal. Image Yannik Wegner, Courtesy of Fundacin Fernando RomeroIn October 2025, the Fernando Romero Foundation will officially open the doors of La Cuadra San Cristbal, one of the late projects of Mexican architect and Pritzker Prize winner Luis Barragn. The goal is to transform the architectural complex into a cultural campus open to the public, with a curatorial program focused on exploring the dynamic interaction between architecture and art.The project, known as Cuadra San Cristbal, was built between 1966 and 1968 and includes a house, a stables building, and auxiliary facilities such as the Fuente de los Amantes (Fountain of the Lovers). The complex showcases characteristic elements of Barragn's Latin American modernism, including his use of color and the integration of shadows, textures, and sounds into the experience of space.Save this picture!The original project was situated on a plot of nearly three hectares in Los Clubes, a residential neighborhood in what was once a rural area northeast of Mexico City. In 2017, the property was acquired by the foundation led by architect Fernando Romero, and now in 2025, its opening process began with an exterior intervention and a lecture by performance artist Marina Abramovi. Related Article Spotlight: Luis Barragn The space will be equipped with pavilions (including a wooden structure by Kengo Kuma), galleries, a podcast recording studio, and other facilities for a broad range of creative activities. The activation plan includes residencies, events, and exhibitions featuring international guests whose work "redefines the boundaries between architecture, art, and design", an interdisciplinary and creative crossover between ways of seeing, doing, and thinking.Save this picture!Save this picture!This new cultural space will also house Archivo Diseo y Arquitectura (Design and Architecture Archive), a collection of more than 1,300 Mexican and international design objects assembled by Fernando Romero since 2012. Cuadra San Cristbal's inaugural event will feature the launch of a permanent exhibition on Barragn, curated by architect Jorge Covarrubias, offering a retrospective of key works such as Prieto Lpez House, Glvez House, and Torres de Satlite.Save this picture!Save this picture!This initiative provides an opportunity to explore a representative work of Latin American modernism while offering a closer look at the legacy of Luis Barragn. Two of his most renowned projects, Gilardi House and his own Casa-Estudio in Mexico City, also function today as cultural centers and museums. The Barragn Foundation has further contributed to preserving his work by compiling a collection of his drawings and design notes, reinforcing its ongoing efforts to disseminate his legacy.Image gallerySee allShow lessAbout this authorCite: Antonia Pieiro. "Luis Barragn's Cuadra San Cristbal to Become a New Cultural Campus in Mexico" 10 Feb 2025. ArchDaily. Accessed . <https://www.archdaily.com/1026697/luis-barragans-cuadra-san-cristobal-to-become-a-new-cultural-campus-in-mexico&gt ISSN 0719-8884Save!ArchDaily?You've started following your first account!Did you know?You'll now receive updates based on what you follow! Personalize your stream and start following your favorite authors, offices and users.Go to my stream

Modeling a scifi bludgeoning weapon in Blender using Random Flow.Watch Random Flow videos: https://youtube.com/playlist?list=PLKFJy6TgdDCIC8rEkGbY09tE0IEn5j5b3&amp ;amp;si=99m9czjgBALNZY8ZMore about the redo panel here: https://www.blenderguppy.com/add-ons/other-information/redo-panel Learn more about the add-ons here: https://www.blenderguppy.com/add-ons Get these tools here:https://gumroad.com/blenderguppy https://blendermarket.com/creators/blenderguppy Become my Patron:https://patreon.com/blenderguppy Follow me:https://facebook.com/blenderguppy https://instagram.com/blenderguppy https://twitter.com/blenderguppy #b3d #blender3d #3dmodeling #3dtexturing #conceptart

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Full Video - https://youtu.be/I8Hb15FQDUA FAB - https://www.fab.com/sellers/CGHOW Whatsapp - https://bit.ly/3LYvxjK Patreon- https://www.patreon.com/Ashif NFT - https://opensea.io/CGHOW Twitter - https://twitter.com/cghow_ If you Liked it - http://bit.ly/2UZmiZ4 Channel Ashif - http://bit.ly/3aYaniw Support me on - paypal.me/9953280644Fire Optimizaion in Unreal Engine 5 Niagara Tutorial #cghow #UE5 #UE4Niagara #gamefx #ue5niagara #ue4vfx #niagara #unrealengineniagara #realtimevfxVisit - https://cghow.com/ Unreal Engine Marketplace - https://bit.ly/3aojvAa Artstation Store - https://www.artstation.com/ashif/store Gumroad - https://cghow.gumroad.com/

It sometimes feels nearly impossible to break away from doomscrolling. But this isnt a design flaw on the part of social media companies, howeverits baked into the apps themselves. Sites like Facebook, TikTok, X, YouTube, and Instagram are all governed by algorithms designed to maximize the amount of time each user spends on the app. While mounting research suggests this isnt exactly the healthiest way to idly browse the internet, its unlikely that these gamifying tactics are disappearing anytime soon. In the meantime, WikiTok is at least here to help.The website, which debuted last week, is currently available through mobile and desktop browsers, and provides a potentially healthier way to pass the time online. The functionality is similar to TikTok (hence the portmanteau), but minus any algorithmic tailoring or manipulation. Instead, WikiTok visitors are randomly treated to one of Wikipedias nearly-9.5 million-and-counting entries along with an accompanying image from the article. If the subject matter interests you, you simply click through to visit the full entryif not, you can then swipe up to move on to the next suggestion culled from Wikipedias API. Gone is the constant threat of accidentally falling into yet another rabbit hole of AI-generated images, misinformation, and toxic comments.The entire project came about in a matter of hours. On February 3rd, developer Tyler Angert offered his insane project idea in a post to X: all of wikipedia on a single, scrollable page. Bloomberg Beta VC James Cham soon replied with the suggestion of an infinitely scrolling Wikipedia page based on whatever you are interested in next, followed by Angerts suggestion of the name WikiTok.Another programmer named Isaac Gemal soon saw the exchange, and got to work later that night. After only about an hour-and-a-half of tinkering with help from generative AI programs like Claude and the coding editor Cursor, Gemal had a functioning WikiTok prototype in the early hours of Tuesday morning.The code is very simple, theres no backend at all actually, I believe because wikipedias api [sic] is very permissive and you can just make the requests in the frontend, Gemal replied to a post about his project on ycombinators Hacker News forum. So you just simply request random articles, get some snippets, and the image attached!Speaking with Ars Technica last week, Gemal estimated that the AI tools did about 90-percent of the heavy lifting, but believed there was still plenty of room to optimize the overall experience. In just a few scrolls, WikiTok users can explore everything from Nielluccio (a red wine grape varietal), to US Special Operations Command parachute team, to a history of ancient Roman-Armenian relations. Its a randomized grab bag of triviaone that Gemal intends to keep free from targeted algorithms. WikiTok may not be the cure-all to social media doomscrolling, but it at least offers a nice way to break it up a bit.The post WikiTok just might help you stop doomscrolling appeared first on Popular Science.

The Earth's internal layers including the mantle, outer core, and inner core. USC Graphic/Edward SoteloShareEarths core is pretty dynamic. Its spin speeds up and slows down based on how its two primary layers are behaving. As we improve the waveform techniques used to study the deepest layer thousands of feet below the surface, our understanding of it continues to evolve. Now, scientists believe that Earths inner core might be less solid than we previously thought. The findings are detailed in a study published February 10 in the journal Nature Geoscience and shed light on how topographical changes might be affecting the cores rotation. Get the Popular Science newsletter Breakthroughs, discoveries, and DIY tips sent every weekday. By signing up you agree to our Terms of Service and Privacy Policy.Round and round it goesEarths core is located below the middle layer called the mantle and the outer layeror crust. It consists of two main partsa liquid outer core and a more solid inner core. The outer layer is made of liquid iron-nickel and is responsible for producing Earths magnetic field. The magnetic field and the liquid outer core are further stabilized by the more solid inner section. The inner core is made of solid iron-nickel about 3,000 miles below the surface of the Earth.Scientists believe that the inner cores rotation began to slow down in 2010, but what that really means has been up for debate. We cant really feel those changes on Earth, but when the core spins more slowly, the mantle will speed up. This shift ultimately makes the Earth rotate faster, but translates to only thousandths of a second in day length.The goal of this new study was initially to further document this slowing. However, one particular dataset on seismic waves revealed to study co-author and University of Southern California seismologist John Vidale that the inner core is not quite as solid as we thought.What we ended up discovering is evidence that the near surface of Earths inner core undergoes structural change, Vidale said in a statement.The new study used seismic waveform data, including 121 repeating earthquakes recorded from 42 locations near Antarcticas South Sandwich Islands between 1991 and 2024. This kind of data can give scientists a glimpse of what takes place in the inner core since they cant journey to the center of the Earth. The researchers analyzed the waveforms from receiver-array stations located near Fairbanks, Alaska, and Yellowknife in Canadas Northwest Territories. One dataset of seismic waves from the Yellowknife station included some uncharacteristic properties the team had never observed before.Once his research team improved their resolution technique so that they could see the data better, it was clear that these waveforms represented additional physical activity of the inner core.Disturbing the inner coreAccording to the study, this physical activity appears to be temporal changes in the shape of the inner core. The near surface of the inner core may undergo viscous deformation, or changing its shape and shifting at the inner cores shallow boundary. This interaction between the inner and outer core is likely the cause of this structural change.The molten outer core is widely known to be turbulent, but its turbulence had not been observed to disrupt its neighbor the inner core on a human timescale, Vidale said. What were observing in this study for the first time is likely the outer core disturbing the inner core.This new discovery could lead scientists to some previously hidden dynamics happening deep within Earths core. Both rotational and non-rotational changes are happening in the inner core, fundamentally changing what we once understood about this deep layer. The team believes that more investigation into these forces is needed to see what is stirring at the core and could help us better understand Earths thermal and magnetic field.

A newly discovered fungus named after naturalist Sir David Attenborough transforms cave spiders into zombies. The species (Gibellula attenboroughii) forces reclusive arachnids into exposed areas, likely to benefit the dispersal of spores, researchers report January 24 in Fungal Systematics and Evolution.The freaky fungus was first spotted on an orb-weaving spider (Metellina merianae) by a team filming a BBC documentary series in Northern Ireland in 2021. (It was also later found in the Republic of Ireland.) Researchers in the United Kingdom teamed up with mycologist Joo Arajo of the Natural History Museum of Denmark in Copenhagen to learn more about the fungus.The Gibellula genus of fungi are spider specialists, Arajo says. Scientists believe that after a spore lands on a spider, the fungal cell sinks into the body and multiplies, consuming its hosts internal organs. If we cut through the infected spider, we dont see any spider anymore, he says. Its just the fungal mass inside, which is the shape of the spider. Fruiting bodies shaped like lollipops also emerge to spread spores to new hosts.G. attenboroughiiinfected spiders were removed from caves and dried (one shown) to study the funguss shape and DNA.CABITo investigate whether the documentarys grotesque fungal guest was a new species, Arajo and colleagues considered its ecology, shape and genetics. This was the first known Gibellula found in cave spiders, showing it occupies a unique niche, Arajo says. Additionally, physical characteristics of the funguss structures, such as the fruiting bodies and spore-producing cells, and distinctions in its DNA suggested the species stood out.Moreover, G. attenboroughiiinfected cave spiders, which also include Meta menardi, typically hide away in their webs, Arajo notes. Because the zombified spiders traveled to cave entrances before dying, he and his colleagues hypothesize that the fungus drove the arachnids there because the airflow helps to disperse spores. The behavioral change resembles that seen in fungus-infected ants.Besides being a bewitching example of a parasite-host relationship a video narrated by Attenborough sparked Arajos fascination with zombifying fungi researching this association has practical applications, too. These fungi could aid pest control in crops and lead to medical innovations, Arajo says. Cyclosporine, for example, is a drug with origins in a zombifying fungus that helps prevent rejection of transplanted organs.Building that knowledge base requires studying fungal species one by one, he adds. Maybe today, theres not an immediate application. But maybe someday, after all these pieces are put together, we can figure out something bigger.