Gemini just pushed you towards something more ambitious

If we need to get somewhere, check how long a trip will take or find a nearby restaurant, it is very likely that we will open Google Maps. The application has become over the years one of those everyday tools that we use both when we travel and when we move around our own city. Since its debut in 2005 as a service designed to help us get from point A to point B, Maps has been incorporating functions that expand its role in digital life. What Google just announced points to a new change in that evolution: the incorporation of artificial intelligence so that the map not only guides us, but can also answer our questions about places, routes and plans. Ask the map. This novelty turns the map search engine into a conversational interface. Instead of typing the name of a site, we can ask more open-ended questions and get recommendations tailored to the context. According to the Mountain View company, the system is based on information about more than 300 million places and contributions from a community of more than 500 million users who publish reviews, photos and ratings. Additionally, recommendations that appear on the map can be quickly converted into actions within the application itself. If we find an interesting restaurant, for example, we can save the place, share it with friends or start browsing in a matter of seconds, and the company adds that in some cases it will also be possible to make reservations. For travel, the system can suggest stops between different destinations and display them on the map with clear directions and estimated arrival times. Google further explains that these responses can be customized based on signals such as places that the user has previously searched for or saved in Maps. More visual navigation. If Ask Maps changes the way we explore and decide, the other big leg of the announcement points directly to how we follow a route within the application. This is where Immersive Navigation comes in, the redesign with which Google wants to make driving more intuitive. In this case, the map starts to show a three-dimensional view of the environment with buildings, overpasses and relief, and also highlights elements of the road such as lanes, traffic lights, pedestrian crossings or stop signs when they can help in a turn or merge. Google also ensures that this new navigation will offer a broader view of the route, more natural voice directions, information about the pros and cons of alternative routes and help in the final section, such as the entrance to the building or the nearby parking lot. Google’s bet on Gemini. The technology that makes Ask Maps possible is part of a much broader strategy within Google. Gemini is the company’s family of artificial intelligence models, designed to work with different types of data, such as text, images, audio, video and code. Google is progressively deploying it in several of its products, from the Gemini chatbot to tools within Google Workspace or the Pixel 10 and Pixel 10 Prowhere it acts as the default assistant. Integrating these capabilities into Maps fits with that movement: bringing generative AI to services that are already part of the daily lives of millions of users. Google Maps evolves. When it launched more than two decades ago, the idea was relatively simple: offer an easier way to get between two points. Over time, however, the product has expanded its reach with new features and sources of information. Google introduced real-time traffic a few years after the launch, Street View in 2007 and turn-by-turn navigation in 2009. Added to this were tools such as offline maps or the ability to consult hours, ratings and prices of millions of businesses. This entire data ecosystem is what now allows functions like Ask Maps to interpret more complex questions about places and plans. When will it be available. As is usually the case with this type of function, the rollout will be progressive and will not reach all markets from day one. Google has announced that Ask Maps is now rolling out in the United States and India, available on both Android and iPhone devices. The company has also announced that the experience will come to the desktop later, although for now it has not specified when it will expand to other countries. In parallel, Immersive Navigation begins to be deployed in the United States and will be extended in the coming months to compatible iOS and Android devices, in addition to CarPlay, Android Auto and cars that incorporate Google built-in. We will have to wait to know exactly when it will land in Spain. Images | Google In Xataka | At Amazon they have realized something: their developers spend more time fixing AI bugs than anything else

something has pushed him, and we think we know what

He third interstellar object What we have discovered in the solar system continues to make people talk. As 3I/ATLAS moves away from the Sun and becomes visible again through telescopes, every move it makes sparks a tsunami of speculation. And there are still weeks of new observations. The data that is causing people to talk. The news that has unleashed the most eccentric theories is that the comet experienced a slight, but statistically significant, “non-gravitational acceleration.” Something, besides the gravitational pull of the Sun and the planets, has pushed to 3I/ATLAS. It happened last October 29. Data from the ALMA observatory, analyzed by a NASA JPL engineer, reveal that the object deviated “four arcseconds in right ascension” from the trajectory it should have followed if it were influenced only by the Sun’s gravity. The most likely explanation. The news gave free rein to those who try to see a “technological signature” in everything the interstellar object does. However, the most likely explanation is not that 3I/ATLAS be an alien ship: There is a purely natural alternative that astronomers know well. The deflection of the object, equivalent to ten times the radius of the Earth in a month, fits with a natural acceleration that occurs in very active comets as they pass by the Sun: the sublimated ice acted as a propellant. Ice rockets. The physics is simple: as the comet approaches the Sun, solar radiation heats its core. The ice on its surface (whether water, carbon monoxide or carbon dioxide) do not melt, but go directly from solid to gas, a process known as sublimation. This gas escapes violently into space through cracks or active zones on the surface, forming jets. By Newton’s third law (action-reaction), these gas jets act like small rocket engines, pushing the comet’s nucleus in the opposite direction and altering its orbit. That’s why it shines so much. Another of the newly observed anomalies in 3I/ATLAS is that it became extremely bright earlier than expected, and in an intensely blue hue. According to a study prepublished on arvix.orgthe change fits with a brightness dominated by gas emission, which would demonstrate that 3I/ATLAS is an extraordinarily active comet, which turned on its sublimation engines as it approached the Sun and began to degas material at a frenetic pace. Avi Loeb is not convinced. The controversial Harvard University cosmologist did his own calculations to determine how much mass 3I/ATLAS would have had to lose to produce that specific acceleration and discovered that, at least, it would have had to lose one-sixth of its total mass. Given that the mass of 3I/ATLAS is estimated to be at least 33 billion tons, the comet should have lost 5.5 billion tons of gas and dust ejected into space in a matter of weeks, which should lead us to observe an extremely bright cloud of gas and dust around it in the coming weeks. The key moment. 3I/ATLAS will pass the closest point in its orbit to Earth on December 19. From a distance of 269 million kilometers, the International Asteroid Warning Network and the Hubble and James Webb space telescopes will be observing it in detail. They will have the last word. If they see a colossal gas cloud, we’ll close the case: 3I/ATLAS is a natural cometalthough one of the strangest and most active we have ever seen. If they don’t see anything, the mystery of interstellar visitors will only intensify. Image | NASA / SOFIA / Lynette Cook In Xataka | It went from a supposed alien ship to definitely a comet. Now 3I/ATLAS surprises again with another possibility

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