Latest news with #Everson
Yahoo
01-08-2025
- Sport
- Yahoo
🎥 Atlético stun Flamengo at the Maracanã in Copa do Brasil 🇧🇷
The fifth encounter between Flamengo and Atlético Mineiro in a Copa do Brasil edition began on the night of Thursday (31). And Galo secured a victory at Maracanã by 1 x 0 in front of 64,681 attendees. Goal by Cuello in the first leg of the round of 16 after an error by Léo Pereira in a game full of in the 1st Half The first minutes saw a missed chance by Hulk and a penalty appeal. Flamengo went into the break with more possession and game volume. However, they couldn't be lethal inside the opponent's area. Everton Araújo hit the crossbar. And Everson thwarted Plata's good attempt. Meanwhile, Galo - who managed to contain the red-black momentum - posed a real threat with Hulk in the final minutes. Error, Debuts, and Attempts Filipe Luís bet on the debut of Samu Lino, along with the return of Ayrton Lucas and the speed of Wallace Yan. Flamengo had more of the ball. Yet, they posed no real threat against a Galo that managed to attack. And they opened the scoring by pressing the red-black's ball exit and capitalizing on Léo Pereira's error, which Cuello did not forgive (20'). The second half saw three more debuts: Alexsander for Galo and Emerson Royal and Saúl for Flamengo. The expected pressure from Filipe Luís's team came, pushing Atlético back. Samu Lino almost scored at 39' after getting past Lyanco, but Everson intervened. The former Atlético de Madrid striker even scored at 50', but it was offside. Atlético held on and will advance to the quarter-finals if they are not breached in BH. And Now❓ The return match will be next Wednesday (6). With Arena MRV as the stage. Atlético will have the advantage of a draw in front of their fans. Flamengo will need to win by two goals to advance in regular time. A one-goal victory will take the decision to penalties. Both will play again on Sunday (3), for the 18th round of the Brasileirão. The Red-Black will head to Arena Castelão to challenge Ceará. And Galo will face Red Bull Bragantino in BH. Photo: Pedro Souza / Atlético This article was translated into English by Artificial Intelligence. You can read the original version in 🇧🇷 here.
22-07-2025
Inside the crackdown on a flashy new generation of illicit vapes targeting US teens
U.S. officials are waging a robust crackdown on a surge of sophisticated illicit vaping products flooding U.S. markets, many of which appear designed to attract teenagers and avoid parental detection, an ABC News investigation found. The new generation of products, most of which are imported from China, feature vaping mechanisms that are concealed as backpacks, smartphone cases, highlighters and handheld video game consoles, officials said. The products, some of which include LED lighting, Bluetooth connectivity or hidden compartments, allow teens to vape discreetly while attempting to evade parents and teachers. "So it's very possible the child can go, 'Hey, mom and dad, I want to get these headphones, I want to get this video console,' and the parents unwittingly are buying their child vapes?" ABC News anchor Linsey Davis asked U.S. Customs and Border Protection official Eric Everson. "That could happen, yes," Everson said. 'Just a small fraction' Federal authorities are treating the deluge of vapes being smuggled into the country as an international threat to America's youth. Investigators with CBP and the U.S. Food and Drug Administration recently announced the seizure of nearly two million units of unauthorized e-cigarette products in Chicago, with an estimated retail value of nearly $34 million. Despite a ban on flavored vapes, stores across the United States continue to sell cartridges like "pineapple express" and "killer custard blueberry." In Louisiana, federal agents with the U.S. Bureau of Alcohol, Tobacco, Firearms and Explosives have been seizing vapes hidden in safes, vehicles, and elaborate concealments like trap doors. The agency told ABC News it is seizing "so much product" that officials have had to drastically increase the capacity of the holding facilities where they store seized products. It's the same situation in Chicago, where 4 million vape sticks sit in a law enforcement warehouse. "Do you have any sense what kind of percentage this is of all that's out there illegally?" Davis asked Everson regarding the 4 million vapes. "This is just a small fraction of the seizures we have here," Everson replied. 'Enticing to kids' The vaping industry, which has been around for more than a decade, is currently worth billions of dollars, according to industry experts and law enforcement. The CDC Foundation has found that more than 20 million e-cigarettes are sold in the U.S. each month. But experts suggest the illicit vaping industry is even bigger, with one think tank estimating that about 240 million illegal vaping devices were sold in the U.S. in 2024. It's part of an innovation boom, with the U.S. accounting for nearly two-thirds of Chinese vape exports, according to the China Electronics Chamber of Commerce. And although vaping rates among teens have tapered off in recent years, more than 1.6 million American kids reported using vape products in a 2024 National Youth Tobacco Survey. One ongoing trend among illicit vapes entering the country is that they often feature sugary flavors -- despite a 2020 nationwide ban on flavored cartridges – and sleek, colorful marketing that's geared explicitly toward young people, officials say. Brian King, a former official at the U.S. Food and Drug Administration, said it's not just the flavors and the packaging used to lure young people, but robust marketing campaigns on popular social media apps. "It's a variety of factors," said King, who now serves as an executive vice president for the Campaign for Tobacco-Free Kids, an advocacy group aimed at preventing teen tobacco use. "We do know that flavors are enticing to kids, but we also know that they're promoted in channels that can be appealing to kids, including on social media and elsewhere." According to the FDA, e-cigarettes are the most commonly used tobacco product among youth who reported current tobacco use. In some cases, the nicotine in some vape products is equal to 35 packs of cigarettes, according to experts, making them highly addictive and dangerous to children and young adults whose brains haven't yet fully developed. This past April, more than two dozen state attorneys general penned a letter asking the Trump administration for its support in "combating the flood of illegal Chinese products -- including illegal Chinese e-cigarettes marketed to minors." "While we are doing our best to fight the problem in the states, its nature and scope are international," the bipartisan coalition of attorneys general wrote. "President Trump can secure our borders against this influx of dangerous products and hold China accountable for preying on American youth." 'We can't rest on our laurels' Currently, there are 39 total vape products authorized by the FDA -- all tobacco and menthol flavored. And despite a nationwide prohibition on flavored cartridges imposed by the FDA in 2020, flavored products remain widely available in convenience stores, smoke shops, and online marketplaces across the country. The FDA has issued more than 800 warning letters to retailers for selling these products. In cities across the country, local law enforcement is cracking down on illicit vapes by going to smoke shops and seizing illicit products. "It's important, because you have people that are children buying these things," said Sergeant Michael Thorp with the New York Sheriff's Office. "You don't know what's in the product." Thorp told ABC News during a ride-along to vape shops across New York City that they find illicit vapes everyday. Despite the progress made by U.S. authorities in curbing illicit vape imports, King warned that a "rapidly dynamic landscape" makes vapes a persistent threat to American youth. "We can't rest on our laurels," warned King, who said authorities have to keep pace "as the landscape and manufacturers continue to evolve."
The Herald
10-07-2025
- Sport
- The Herald
Junior Boks make it three from three against Scotland
The Junior Boks lost a margin of momentum as Scotland stepped up their game, but the men in green and gold were probably also guilty of becoming a bit too loose as they tried to stretch their lead. They finally scored again on the hour as Everson stepped his way through the Scottish defence, and four minutes later No 8 Stephanus Linde rounded off a brilliant team try that started from a counterattack in the Boks' 22, with the handling simply brilliant. Everson scored his brace in the 71st to push the Junior Boks past 60 points as they grew in confidence, but replacement prop Oliver Finlayson-Russell grabbed a second for the Scots as they refused to give up. However, replacement scrumhalf Haashim Pead scored his fifth try of the competition at the death from a move that started with a scrum in their own half, to push the Junior Boks past 70 for the second time in Italy. Scorers Junior Springboks 73 (45) — Tries: Jaco Williams (2), Thando Biyela, Dominic Malgas, Oliver Reid, Gilermo Mentoe, Jean Erasmus, Ceano Everson (2), Stephanus Linde, Haashim Pead. Conversions: Vusi Moyo (4), Ian van der Merwe (5). Scotland 14 (7) — Tries: Seb Stephen, Oliver Finlayson-Russell. Conversions: Matthew Urwin, Jack Brown. SA Rugby media
Yahoo
19-06-2025
- Science
- Yahoo
Is Mars really red? A physicist explains the truth.
When you buy through links on our articles, Future and its syndication partners may earn a commission. Is Mars really as red as people say it is? – Jasmine, age 14, Everson, Washington People from cultures across the world have been looking at Mars since ancient times. Because it appears reddish, it has often been called the red planet. The English name for the planet comes from the Romans, who named it after their god of war because its color reminded them of blood. In reality, the reddish color of Mars comes from iron oxide in the rocks and dust covering its surface. Your blood is also red because of a mixture of iron and oxygen in a molecule called hemoglobin. So in a way, the ancient connection between the planet Mars and blood wasn't completely wrong. Rust, which is a common form of iron oxide found here on Earth, also often has a reddish color. In my current research on exoplanets, I observe different types of signals from planets beyond Earth. Lots of interesting physics goes into how researchers perceive the colors of planets and stars through different types of telescopes. If you look closely at pictures of Mars taken by rovers on its surface, you can see that most of the planet isn't purely red, but more of a rusty brown or tan color. Probes sent from Earth have taken pictures showing rocks with a rusty color. A 1976 picture from the Viking lander, the very first spacecraft to land on Mars, shows the Martian ground covered with a layer of rusty orange dust. Not all of Mars' surface has the same color. At the poles, its ice caps appear white. These ice caps contain frozen water, like the ice we usually find on Earth, but these ice caps are also covered by a layer of frozen carbon dioxide — dry ice. This layer of dry ice can evaporate very quickly when sunlight shines on it and grows back again when it becomes dark. This process causes the white ice caps to grow and shrink in size depending on the Martian seasons. Related: Long, dark 'streaks' spotted on Mars aren't what scientists thought Mars also gives off light in colors that you can't see with your eyes but that scientists can measure with special cameras on telescopes. Light itself can be thought of not only as a wave but also as a stream of particles called photons. The amount of energy carried by each photon is related to its color. For example, blue and violet photons have more energy than orange and red photons. Ultraviolet photons have even more energy than the photons you can see with your eyes. These photons are found in direct sunlight, and because they have so much energy, they can damage the cells in your body. You can use sunscreen to protect yourself from them. Infrared photons have less energy than the photons you can see with your eyes, and you don't need any special protection from them. This is how some types of night-vision goggles work: They can see light in the infrared spectrum as well as the visible color spectrum. Scientists can take pictures of Mars in the infrared spectrum using special cameras that work almost like night-vision goggles for telescopes. The colors on the infrared picture aren't really what the infrared light looks like, because you can't see those colors with your eyes. They are called "false colors," and researchers add them to look at the picture more easily. When you compare the visible color picture and the infrared picture, you can see some of the same features — and the ice caps are visible in both sets of colors. NASA's MAVEN spacecraft, launched in 2013, has even taken pictures with ultraviolet light, giving scientists a different view of both the surface of Mars and its atmosphere. Each new type of picture tells scientists more about the Martian landscape. They hope to use these details to answer questions about how Mars formed, how long it had active volcanoes, where its atmosphere came from and whether it had liquid water on its surface. RELATED STORIES —NASA spots Martian volcano twice the height of Mount Everest bursting through the morning clouds: Space photo of the week —Why does NASA's Perseverance rover keep taking pictures of this maze on Mars? —Turning the Red Planet green? It's time to take terraforming Mars seriously, scientists say Astronomers are always looking for new ways to take telescope pictures outside of the regular visible spectrum. They can even make images using radio waves, microwaves, X-rays and gamma rays. Each part of the spectrum they can use to look at an object in space represents new information they can learn from. Even though people have been looking at Mars since ancient times, we still have much to learn about this fascinating neighbor. This edited article is republished from The Conversation under a Creative Commons license. Read the original article.
Yahoo
16-06-2025
- Science
- Yahoo
Is Mars really red? A physicist explains the planet's reddish hue and why it looks different to some telescopes
Curious Kids is a series for children of all ages. If you have a question you'd like an expert to answer, send it to CuriousKidsUS@ Is Mars really as red as people say it is? – Jasmine, age 14, Everson, Washington People from cultures across the world have been looking at Mars since ancient times. Because it appears reddish, it has often been called the red planet. The English name for the planet comes from the Romans, who named it after their god of war because its color reminded them of blood. In reality, the reddish color of Mars comes from iron oxide in the rocks and dust covering its surface. Your blood is also red because of a mixture of iron and oxygen in a molecule called hemoglobin. So in a way, the ancient connection between the planet Mars and blood wasn't completely wrong. Rust, which is a common form of iron oxide found here on Earth, also often has a reddish color. In my current research on exoplanets, I observe different types of signals from planets beyond Earth. Lots of interesting physics goes into how researchers perceive the colors of planets and stars through different types of telescopes. If you look closely at pictures of Mars taken by rovers on its surface, you can see that most of the planet isn't purely red, but more of a rusty brown or tan color. Probes sent from Earth have taken pictures showing rocks with a rusty color. A 1976 picture from the Viking lander, the very first spacecraft to land on Mars, shows the Martian ground covered with a layer of rusty orange dust. Not all of Mars' surface has the same color. At the poles, its ice caps appear white. These ice caps contain frozen water, like the ice we usually find on Earth, but these ice caps are also covered by a layer of frozen carbon dioxide – dry ice. This layer of dry ice can evaporate very quickly when sunlight shines on it and grows back again when it becomes dark. This process causes the white ice caps to grow and shrink in size depending on the Martian seasons. Mars also gives off light in colors that you can't see with your eyes but that scientists can measure with special cameras on telescopes. Light itself can be thought of not only as a wave but also as a stream of particles called photons. The amount of energy carried by each photon is related to its color. For example, blue and violet photons have more energy than orange and red photons. Ultraviolet photons have even more energy than the photons you can see with your eyes. These photons are found in direct sunlight, and because they have so much energy, they can damage the cells in your body. You can use sunscreen to protect yourself from them. Infrared photons have less energy than the photons you can see with your eyes, and you don't need any special protection from them. This is how some types of night-vision goggles work: They can see light in the infrared spectrum as well as the visible color spectrum. Scientists can take pictures of Mars in the infrared spectrum using special cameras that work almost like night-vision goggles for telescopes. The colors on the infrared picture aren't really what the infrared light looks like, because you can't see those colors with your eyes. They are called 'false colors,' and researchers add them to look at the picture more easily. When you compare the visible color picture and the infrared picture, you can see some of the same features – and the ice caps are visible in both sets of colors. NASA's MAVEN spacecraft, launched in 2013, has even taken pictures with ultraviolet light, giving scientists a different view of both the surface of Mars and its atmosphere. Each new type of picture tells scientists more about the Martian landscape. They hope to use these details to answer questions about how Mars formed, how long it had active volcanoes, where its atmosphere came from and whether it had liquid water on its surface. Astronomers are always looking for new ways to take telescope pictures outside of the regular visible spectrum. They can even make images using radio waves, microwaves, X-rays and gamma rays. Each part of the spectrum they can use to look at an object in space represents new information they can learn from. Even though people have been looking at Mars since ancient times, we still have much to learn about this fascinating neighbor. Hello, curious kids! Do you have a question you'd like an expert to answer? Ask an adult to send your question to CuriousKidsUS@ Please tell us your name, age and the city where you live. And since curiosity has no age limit – adults, let us know what you're wondering, too. We won't be able to answer every question, but we will do our best. This article is republished from The Conversation, a nonprofit, independent news organization bringing you facts and trustworthy analysis to help you make sense of our complex world. It was written by: David Joffe, Kennesaw State University Read more: Ancient Mars may have had a carbon cycle − a new study suggests the red planet may have once been warmer, wetter and more favorable for life Could people turn Mars into another Earth? Here's what it would take to transform its barren landscape into a life-friendly world Colors are objective, according to two philosophers − even though the blue you see doesn't match what I see David Joffe receives funding from the NASA Office of STEM Engagement through a grant from the Georgia Space Grant Consortium
