The closure of the Strait of Hormuz and surging oil prices amid the conflict in Iran are causing turbulence for airlines and Americans’ travel plans. Oil prices have skyrocketed since the war began, and futures of international benchmark Brent crude were about $114 per barrel on Thursday. The high cost of oil and the strait’s closure itself… Source link
Three people were taken to a hospital after a Delta Air Lines flight from Los Angeles encountered turbulence shortly before landing in Sydney on Friday, health officials in Australia said. Paramedics assessed five people and transported three to the city’s Royal Prince Alfred Hospital for further treatment, a spokesperson for the New South Wales Ambulance Service confirmed to NBC News. The three people range in age from 35 to 70 and remain in stable condition as they are treated mainly for “minor musculoskeletal injuries,” the spokesperson added. A spokesperson for the Sydney Local Health District declined to provide further details. “The most common cause for turbulence on flights around Sydney is convective storms,” according to Michael Heisel, a lecturer at The University of Sydney’s School of Civil Engineering. “These weather events are becoming more common in Australia with the warming climate,” he said in an email Friday. Flight-tracking data published by Flightradar24 showed the plane from Los Angeles landed just after 6.40 a.m. local time (3:40 p.m. Thursday ET). The flight “encountered brief turbulence upon …
For a few brief nights each year, you get a rare chance to watch a monster blink. The Event Horizon Telescope collaboration has released new, detailed views of M87*, the supermassive black hole at the heart of the galaxy M87. The images do not just show a glowing ring. They also track polarized light, a clue that reveals how magnetic fields behave near the edge of the black hole. Researchers from the University of Waterloo and the Perimeter Institute for Theoretical Physics helped construct and validate the images. What they found is both steady and startling. The size of the ring stays consistent over time. Yet the polarization pattern, the “fingerprint” of magnetism, changes sharply from year to year. That shift suggests a turbulent environment close to the event horizon. It also raises a simple question that is proving hard to answer: why did the magnetic signal fade, then flip? New images from the Event Horizon Telescope (EHT) collaboration have revealed a dynamic environment with changing polarization patterns in the magnetic fields of supermassive black …
Get the Popular Science daily newsletter💡 Breakthroughs, discoveries, and DIY tips sent six days a week. A young woman pushes a balled-up piece of napkin into a cup of Jell-O, asking the viewer to imagine that it is an airplane, high in the air. “That is you flying through the sky,” she tells the camera. “There’s pressure from the bottom, pressure from the top, from the sides, pressure coming from everywhere.” She taps the top of the Jell-O, making the suspended napkin ball quiver. “This is what happens when there’s turbulence,” she says. “You feel the plane shaking, but [it] is not just going to fall down.” The video is by Australian TikToker Anna Paul. Just days after she uploaded it in June 2022, it had accumulated more than 15 million views and thousands of comments from people saying it had cured their fear of flying. Paul says she got the tip “from a real pilot.” But how accurate is the analogy? Is turbulence really like Jell-O? The origins of the Jell-O analogy The Jell-O …
