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The iPhone has been around for 17 years now‚ but it still surprises me with little-known tricks. For example‚ this keyboard tweak I'm going to share with you makes typing numbers so much faster that it'll probably change your life once you start using it. In a Reddit post‚ a user said they switched from an Android to an iPhone after a year. They say they forgot "how garbage the keyboard is." While I thought this discussion would attract a ton of people arguing back and forth about the various smartphone keyboards‚ we instead received a surprising lesson on an obscure keyboard trick. Another Reddit user suggested the following iPhone keyboard trick: "Have you tried to long press the 123 button then drag the number you want? Doing it this way automatically changes the keyboard back to the letters after you select the one you want." Not only does this feature work‚ but it's actually pretty handy. Another user also went a step further and gave this iPhone keyboard trick another tweak: By holding the 123 button with one finger‚ you can use another to type any number or symbol you might need before letting the button go. Once you do that‚ you're back to the main keyboard. I mean‚ how cool is that? And since this is not something related to an iOS update‚ even if you have an older iPhone‚ you can take advantage of this feature. I'm sure it's going to be easier and quicker to type messages to your friends and family members when they ask how much a bill was‚ for someone else's number‚ or even for an address. This isn't the only iPhone keyboard trick you can learn today‚ either. Recently‚ BGR covered a few tips on how to make the most of your iPhone keyboard‚ according to an ex-Apple employee. Their findings have been shared by my colleague Chris Smith. Don't Miss: 5 iPhone keyboard tricks from an ex-Apple employee that everyone needs to know The post This iPhone keyboard trick makes typing numbers so much faster appeared first on BGR. Today's Top Deals This $16 clip-on lens kit fits the iPhone or any Android phone‚ and it’s awesome Amazon deal offers a 7-inch Android tablet for under $43 Save 61% on a 6-port USB rapid charger on Amazon Save 75% on a Canon black and white multifunction laser printer on Amazon

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Although supermassive black holes are common throughout the Universe‚ we don’t have many direct images of them. The problem is that while they can have a mass of millions or billions of stars‚ even the nearest supermassive black holes have tiny apparent sizes. The only direct images we have are those of M87* and Sag A*‚ and it took a virtual telescope the size of Earth to capture them. But we are still in the early days of the Event Horizon Telescope (EHT)‚ and improvements are being made to the virtual telescope all the time. Which means we are starting to look at more supermassive black holes. The latest observations focus on a black hole region known as 3C 84‚ or Perseus A. It is a radio-bright source in a galaxy more than 200 million light-years away. Even the latest iteration of the EHT can’t resolve the horizon glow of the black hole as we’ve done with M87* and Sag A*‚ but it can see the bright region surrounding the black hole‚ where magnetic fields are particularly intense. A wide multi-wavelength composite view of NGC 1275. Credit: Marie-Lou Gendron-Marsolais (Université de Montréal)‚ Julie Hlavacek-Larrondo (Université de Montréal)‚ Maxime Pivin Lapointe The 3C 84 black hole is located in the galaxy NGC 1275‚ which is part of the Perseus cluster. The galaxy is not just distant‚ it also has a central region rich in dust‚ which shrouds the black hole. Optical light can’t penetrate the region‚ but radio light can. The Event Horizon Telescope can also capture the polarization of radio light coming from the area. This is important because charged particles within a strong magnetic field emit polarized light. By mapping this polarization astronomers can study magnetic fields. One focus of this work is to see how supermassive black holes can generate powerful jets that stream from the black hole at nearly the speed of light. Magnetic fields are key. As ionized matter falls into a black hole it can bring with it strong magnetic fields. These fields can pin to the accretion disk of a black hole‚ which intensifies fields in the region that it becomes difficult for the black hole to capture more matter. This is known as a magnetically arrested disk. One idea is that as the magnetically arrested disk rotates around the black hole‚ magnetic field lines become twisted‚ winding ever tighter and trapping magnetic energy. The release of this energy through magnetic realignment could power the formation of ionized jets. While such a magnetic realignment hasn’t been observed‚ this study shows that we might be able to capture such an event. Reference: Paraschos‚ G. F.‚ et al. “Ordered magnetic fields around the 3C 84 central black hole.” Astronomy &; Astrophysics 682 (2024): L3. The post The Event Horizon Telescope Zooms in on a Black Hole's Jet appeared first on Universe Today.