Em uma petição protocolada em nome da Taction (e reportada pela Reuters), a empresa argumentou que o valor da decisão contempla apenas as vendas realizadas pela Apple entre 2021 e março de 2026, e pediu um valor adicional pelas vendas posteriores a esse período.
Além disso, os advogados da Taction pediram a concessão de juros anteriores ao julgamento com base na taxa legal prevista na legislação da Califórnia (cerca de 7% ao ano, o que pode somar algumas centenas de milhões de dólares à indenização), pois, de acordo com a Taction, “o valor da indenização determinada pelo júri não é motivo para negar o pagamento de juros”.
Iniciado em 2021, o processo movido pela Taction alegava que a tecnologia Taptic Engine (presente nos iPhones e Apple Watches) infringia as patentes da empresa, e que a Apple se apossou das invenções da empresa sem autorização ou negociação prévia.
Além de solicitar a anulação do veredito do júri, a Apple afirmou que pretende recorrer da decisão.
A empresa afirma estar combatendo um método que ela classificou como “resolução de identidade”, em que empresas de publicidade de terceiros capturam o endereço de email dos usuários em sites quando eles fazem login ou assinam uma newsletter.
Esse endereço pode ser usado para montar um perfil e direcionar anúncios online — uma evolução do rastreamento por cookies, cujo uso por terceiros já é bloqueado pelo Safari há seis anos.
Com o lançamento recente dos novos sistemas, a Apple passou a bloquear, no nível do domínio, as solicitações de rede destinadas à infraestrutura dessas companhias — o que impede o envio do endereço de email dos usuários aos servidores delas.
De acordo com o Business Insider, essa abordagem da Maçã vem agitando o mercado porque pode dificultar bastante o trabalho de anunciantes que dependem desses identificadores para segmentar campanhas e medir resultados.
Com isso, os anunciantes terão menor capacidade de alcançar públicos específicos na web e medir a eficácia de suas campanhas. Em consequência, os anunciantes poderão migrar para plataformas como Google e Meta, que já possuem perfis detalhados de seus usuários.
With Alaska’s fat bears done packing on their winter weight and spooky season in full swing, it’s time to turn our collective animal-loving attention to a smaller mammal—bats. The Bureau of Land Management’s (BOEM) annual Bat Beauty Contest returns on October 24 and promises “plenty of batty puns.”
Beginning Saturday, October 24, BOEM will post photos of the competitors to their Facebook and Instagram accounts and ask you to vote for the best-looking one. All of the competing bats are part of wild populations that live on land managed by the public agency and are photographed by wildlife technicians. The winner will be announced (appropriately) on Saturday, October 31.
The bats in this competition are known for their squishy faces and clever names. In 2024, a hoary bat (Lasiurus cinereus) from Oregon named Hoary Potter took the crown. Other contestants included a long-eared myotis (Myotis evotis) named Honey Bunches of MyOtis, a myotis bat (Myotis myotis) named Robert Battinson, and western small-footed bats (Myotis ciliolabrum) named Batt Damon and Batlor Swift. The contest was not held in 2025 due to the 43-day-long federal government shutdown.
A hoary bat at Isle Royale National Park in Michigan. Image: NPS Photo/Bat Conservation International.
The contest is not all bat puns and a way to keep the spirit of Fat Bear Week alive. It falls during Bat Week (October 24-31). Bat Week raises awareness about the Earth’s only flying mammal. More than just a Halloween symbol, bats play a critical ecological role as plant pollinators and through eating insects that can threaten crops and forests around the world. According to Bat Week, one bat can eat up to its body weight in insects every night. Only three species of bats eat animal blood, with two specializing in bird blood. Female lesser long-nosed bats even make tequila possible. Every spring, they migrate from south-central Mexico up to the southwestern United States, following “nectar corridors” of columnar cacti and agave plants. They pollinate agave plants, which are then used to make tequila and mezcal. When they feed on cactus fruits and nectar, they may also help disperse cacti seeds. Other bats eat pollen, nectar, or fruit.
Bats are increasingly threatened due to habitat loss, light pollution, and diseases like white-nose syndrome. This fungal disease infects the skin of the muzzle, ears, and wings of hibernating bats. In about 20 years, it has killed millions of bats across North America and affects about half of the species on the continent. Bats also are often misunderstood as carriers of diseases such as rabies.
The planet is home to over 1,400 species of bats, and they make up almost 20 percent of all mammal species. Bats also can be found almost everywhere on Earth, even in desert and polar regions. To look up which bat species live near you, you can use Bat Week’s state bat database.
Embora o Safari conte com um recurso nativo para impedir o rastreamento entre sites, ele ainda pode permitir que rastreadores de terceiros sejam carregados — embora prometa restringir a sua capacidade de efetivamente rastrear os usuários.
Quem quer um bloqueio completo desse tipo de mecanismo deve recorrer a uma alternativa de terceiros, como a Privacy Badger, uma das extensões do gênero mais populares na web atualmente e que acaba de chegar ao navegador da Maçã.
Desenvolvida pela Electronic Frontier Foundation (EFF), a extensão é completamente gratuita e promete bloquear rastreadores de anúncios para impedir que empresas monitorem e efetivamente rastreiem a atividade do usuário entre sites.
No Safari, a Privacy Badger vai além dos recursos de privacidade integrados do navegador para fornecer proteção adicional contra rastreamento online. Em seu modo de navegação padrão, o Safari limita as informações que os rastreadores podem acessar, mas ainda permite que eles carreguem. O Privacy Badger impede que os rastreadores online carreguem em primeiro lugar, impedindo-os de rastrear você usando técnicas que ignoram as proteções do Safari.
Já disponível em navegadores como Google Chrome e Firefox, a extensão funciona de maneira bem inteligente e pode aprender automaticamente a bloquear rastreadores que se escondem na web, tornando a navegação mais privada e segura.
Ele suporta, inclusive, o bloqueio de widgets que podem conter rastreadores — como posts de redes sociais incorporados, seções de comentários e players de vídeo —, substituindo-os por um placeholder com botões que permitem uma ativação manual.
A Privacy Badger está disponível exclusivamente para a versão do Safari para macOS. Nessa página, você encontra os links diretos tanto para a App Store quanto para as lojas de extensões dos outros navegadores compatíveis.
Apple’s new $299 HomeView combines a HomePod speaker with a small touchscreen and Siri AI, but its limited app selection and unclear purpose make it hard to recommend until real-world use cases emerge.
HomePod mini 2 costs 169,00 € and the new Apple TV 4K (4th generation) costs 349,00 € on Apple’s German, French and Spanish online stores, with the speaker arriving on October 30 and the TV box on November 13. EU buyers get the hardware without Siri AI, because Apple says in its footnotes that “Siri […]
The HomePod mini 2 brings Siri AI, an S10 chip, Wi-Fi 6E, and Sound Glow lighting to Apple’s smallest smart speaker. It also enables four-speaker surround sound with the new Apple TV 4K. Pre-orders are open now at $149.
Apple has announced a home-focused product launch for 13 October 2026. Expected products include a long-rumored touchscreen home hub alongside a new Apple TV 4K and HomePod mini. And more?
Adds new Cinematic mode effect capabilities for those running macOS 27 Golden Gate. ($299.99/$49.99/$49.99 new or $129.99 annually with Apple Creator Studio subscription, free update, various sizes, macOS 15.6+)
Snakes will bite, rattle their tails, and even spit venom to escape danger. But of all the world’s species, southeast Asia’s dwarf reed snake (Pseudorabdion longiceps) relies on an especially fascinating escape method. When threatened, the diminutive serpent rolls away like a speeding wheel.
An adult dwarf reed snake typically measures less than 12 inches long, but its unique locomotive maneuvers allow it to retreat as fast one foot per second—about four times faster than it travels by simply slithering on the ground. It’s not a flailing getaway, either. The snake also easily rolls along a straight path while somehow keeping its head both stable and facing forward.
Now, researchers finally have a better understanding of how the dwarf reed snake achieves such dizzying acrobatics. In a study published today in the journal Current Biology, a team at Japan’s Toho University detailed the specific physiology that enables its locomotion after filming the snakes with high-speed cameras. Essentially, the snake doesn’t rotate its entire body in a singular, forward motion—it whips one side of its body forward towards the ground while an arched portion swings down by its head in what the study’s authors call a “stroke.” The snake then alternates between its left and right side coming into contact with the ground for each successive stroke. Essentially, it’s like twirling a rope in a lateral circle while holding one end in your hand—except that end is the snake’s head.
The cumulative efforts bypass the traditional idea of a wheel requiring something like a central axle. Instead, this ingenious, highly controlled movement allows the animal to keep its head and sensory organs upright and facing ahead while traveling at such high speed. This is compounded by the dwarf reed snake directing regions of its body to engage in large, alternating rotations while stabilizing its head.
By gaining better insight into these biological mechanisms, researchers also highlight the difficulty in trying to predict an animal’s capabilities based solely on its physiology. A snake may have primarily evolved to slither—but that doesn’t mean it can’t get creative when necessary.
In November 1983, the Soviet Union came to believe that NATO might be preparing a nuclear attack. The trigger was a war game. The alliance’s annual exercise, Able Archer 83, ran from 7 to 11 November and rehearsed what would happen if a conflict in Europe escalated until nuclear weapons were released. It even simulated […]
One cold December day in 2021, Colorado carnivorous plant grower Jeremiah Harris shared some pictures of wild Amazonian giant water lilies (Victoria amazonica) plants in the Inírida River in Guainía, Colombia to Instagram. There’s just one problem. No known Victoria water lily species grow there.
When water lily expert Carlos Magdalena saw the post on Instagram, he suspected a new plant species could be involved. To investigate the matter, he used satellite imagery to remotely search the Inírida River and its surrounding lakes and confirmed the presence of Victorias.
And yes, you can see these enormous plants from space. Victorias grow the world’s second largest single plant leaf.
Victoria colombiana is the fourth Victoria water lily to be described. Image: Carlos Magdalena.
Magdalena is a botanical and scientific research horticulturist at the Royal Botanic Gardens, Kew in the U.K. Along with his colleagues, the team went on a five-day expedition to Inírida. The team included members of the Indigenous reserves del río Atabapo, one of whom had seen the lilies during his childhood.
However, the trip didn’t exactly go according to plan. By their last night, they had found only two water lily plants, neither of which had flowers. This was a problem, because botanists need a flower to differentiate species. As if that wasn’t bad enough, the water lilies they found seemed to be struggling with a late rainy season.
But when Magdalena described their situation to the expedition’s boat captain, Gustavo Melo, he said he knew where they could find more of this water lily. They didn’t have much time to do so, with the team’s flight back to Bogotá was at 9:00 a.m. the next morning. Thus at 1:00 a.m., Melo, a member of the Indigenous Tucano community, led them to a small lake. There, they found five more Victorias, one of which was blooming.
Horiculturalist Carlos Magdalena holds up a giant lilypad. Image: Mauricio Bernal.
“This is one of those extraordinary stories where indigenous and horticultural knowledge with the help of social media and technology came together to uncover a truly extraordinary botanical achievement,” Magdalena said in a statement.
The researchers were able to collect what they needed to start the official scientific description of the new species: Victoria colombiana. They even managed to make that early flight. In their recent study published in the journal Phytotaxa, he and his colleagues also announced the discovery of another new Victoria species, Victoria mattogrossensis.
A Victoria colombiana bud. Image: Nilo Rodriguez.
The team estimates that there are only between 30 and 50 wild V. colombiana plants, and is extremely vulnerable to extinction. They are currently working to get the plant officially categorized as Critically Endangered by the IUCN Red List.
“Now that we know this water lily exists, our responsibility is to understand it better and protect it. With so many plants in the wild threatened with extinction, we simply cannot wait any longer to take action,” Magdalena added. Experts are considering starting a naturalized population in a more accessible lake in Indigenous territory and researchers also are hoping to cultivate the species in Bogotà.
When zoology professor Daniel Baldassarre traveled to the remote Galápagos Islands of Wolf and Darwin with two other researchers, getting there proved quite a challenge. With no beaches to land a boat on, they had to approach the islands’ cliffs in a small dinghy and wait for a lull in the waves before jumping onto sharp, black lava rocks.
But their efforts paid off. On that trip, they saw a bird that very few people have ever set eyes on in the wild: the vampire ground finch. These finches are only found on Wolf and Darwin, and feed on the blood of much larger birds called Nazca boobies that also live on the islands.
Up close, Baldassarre and his colleagues noted the vampire finches’ blood-stained bills and their throats visibly engorged with blood. They also saw them in action.
“We observed scores of vampire finches clamouring all over the backs, tails, and wings of boobies, opening up substantial wounds with their sharp beaks, and drinking their fill of blood,” they wrote in an article for The Conversation.
Why only some birds drink blood
“Blood is a notoriously difficult food source to process and extract nutrients from, which probably partly explains why so few animals have evolved to feed on it,” Baldassarre tells Popular Science. He suspects that on these islands where freshwater is extremely rare, blood might serve as a water source for the finches.
Two Nazca boobies perform their species’ mating call. Vampire ground finches feed on Nazca boobies on the remote Galápagos Islands of Wolf and Darwin. Image: Getty Images / inthedark72
It’s not the only component of the vampire finches’ diet, however. Based on unpublished data collected by Baldassarre and his colleagues, blood makes up about one-tenth of the vampire finches’ diet.
“These finches are quite opportunistic, so they will eat just about anything they can find,” Baldassarre says. “We observed them feeding on everything from seeds to insects to broken seabird eggs.”
One theory is that vampire finches rely more on blood feeding in periods of extreme drought, when other resources are scarce. But more research is needed to see if this idea holds up in practice.
How this strange behavior evolved
Vampire finches weren’t always vampires, scientists think. The relationship between vampire finches and boobies probably started off with the finches eating parasites found on the skin and feathers of the boobies. This would have been mutually beneficial because it provided a cleaning service for the boobies and food for the finches.
But at some point in evolutionary history, in the process of picking off parasites, the finches started to create lesions on the boobies’ skin, and eventually began feeding on their blood.
Over time, their bills became more scalpel-like, perfect for making skin incisions. Their digestive system also changed. When Baldassarre and his colleagues studied the microbes found in vampire finches’ guts, they found that their gut microbiome was very different from that of other, non-blood-consuming finches on the Galápagos Islands, something they attribute to their unique diet.
Until recently, vampire finches were considered a subspecies of the sharp-beaked ground finch (Geospiza difficilis).
“But they have now been designated as their own species [Geospiza septentrionalis] because of the differences they have evolved because of blood feeding,” Baldassarre notes.
Vampire ground finches on Wolf island have been seen drinking nectar from Galápagos prickly pear flowers and other flowers. Image: Peter Wilton / CC BY 2.0
How the boobies cope
Baldassarre and his colleagues have seen vampire finches gang up on and kill nestling boobies,“but that was quite rare,” he points out.
“In most cases, the finches seem to inflict just enough damage to break the skin and extract some blood, but not too much to harm the boobies significantly.” This is similar to many parasite-host relationships, such as fleas, ticks, and mosquitoes on mammals. “You can kind of think of the vampire finches as giant mosquitoes,” Baldassarre says.
“For one, as in large animals being bitten by mosquitoes, often the damage is minimal and not noticeable, so it doesn’t elicit a strong reaction. Also, the boobies sometimes have a vested interest in staying put and guarding their spot in the colony, or perhaps nest or nestlings, so may not want to fly away. Finally, the finches seem to target hard-to-reach areas on the boobies like the base of tail feathers, so it’s likely difficult for the boobies to deter them.”
I, for one, was feeling very sorry for the boobies being constantly hounded by these small vampire birds. Until I learnt that Nazca boobies practice something called “obligate siblicide,” which essentially means that the first-hatched chick routinely attacks and kills its younger sibling. It’s a harsh, bird-eat-bird world in the Galápagos Islands.
In Ask Us Anything, Popular Science answers your most outlandish, mind-burning questions, from the everyday things you’ve always wondered to the bizarre things you never thought to ask. Have something you’ve always wanted to know? Ask us.
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