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This simple fatty acid could restore failing vision 🇺🇸 Feeding the Eyes with Fatty Acids Scientists at UC Irvine say they have a way to potentially reverse age-related vision loss. How? By tinkering with the ELOVL2 gene. It's apparently got quite the role in aging and fatty acids in the retina. They conducted experiments on mice, supplementing their diet with specific polyunsaturated fatty acids (PUFAs) — not just your usual DHA. And guess what? Vision improved; cellular aging signs seemed to reverse as well. Almost sounds too good to be true, right? But that's what they're reporting. 🇪🇸 Ácidos grasos para la vista Los científicos de UC Irvine han encontrado una posible manera de revertir la pérdida de visión relacionada con la edad. Se trata del gen ELOVL2, que tiene un papel importante en el envejecimiento y los ácidos grasos de la retina. En sus experimentos con ratones, les dieron suplementos dietéticos con ácidos grasos poliinsaturad...

Rethinking augmented reality for children: Study finds key design gap 🇺🇸 The Gap in Design So, researchers over at USF are saying there's a real gap in how augmented reality (AR) tools for kids are being designed. They looked into it and found that many of these tools just don't consider how children actually process information. It's like the designers forgot who they were designing for. They tend to make these AR experiences way too complex. Which is strange, if you think about it, because kids learn differently than adults. They're more hands-on, more exploratory — yet these apps often miss that mark by miles. 🇪🇸 El hueco en el diseño Los investigadores de USF encontraron que hay un hueco bastante grande en el diseño de herramientas de realidad aumentada para niños. Revisaron cómo están hechas y resulta que muchas no consideran la manera en que los niños entienden la información. Parece que los diseñadores se olvidaron de su públic...

AI Agent Designs a RISC-V CPU Core From Scratch 🇺🇸 AI Designs a RISC-V CPU Core Verkor.io, an AI chip design start-up, claims their AI system built a RISC-V CPU core from scratch. The CPU, called VerCore, runs at 1.5 gigahertz. Performance mirrors that of a laptop from 2011. It's weird to think about—an AI creating something as complex as a CPU core without traditional human intervention. Suresh Krishna, co-founder at Verkor.io, believes this steps beyond prior achievements where AI merely assisted in logic circuit designs or simpler processors. Is this the future? Maybe, but I wouldn't bet my life savings on it just yet. 🇪🇸 AI diseña un núcleo de CPU RISC-V Dicen que una inteligencia artificial en Verkor.io diseñó completa un núcleo de CPU basado en RISC-V. Se llama VerCore y alcanza hasta 1.5 gigahercios en velocidad de reloj. Algo similar a una vieja laptop de 2011 si lo piensas bien—ya no es solo asistencia básica como antes; ha avanz...

Scientists built the hardest AI test ever and the results are surprising 🇺🇸 The Hardest Exam Ever Scientists crafted something called Humanity’s Last Exam. It's unlike anything before. 2,500 questions that probe the depths of human knowledge in fields like quantum physics and obscure historical events. It’s as if they cherry-picked the toughest bits from every discipline to stump our smartest machines. AI systems, even the ones making headlines, are faltering. They’re not just tripping up — they're face-planting on this monster test. This raises eyebrows because some folks thought AI was becoming too sharp for its own good. 🇪🇸 El Examen Más Difícil Jamás Creado Casi mil expertos se unieron para fabricar el monstruo conocido como el Último Examen de la Humanidad. Un desafío de 2,500 preguntas que toca desde física cuántica hasta eventos históricos oscuros — no dejaron piedra sin mover. Las máquinas más avanzadas tropiezan y caen aparatosamente...

Graphene-based sensor to improve robot touch 🇺🇸 Touch Gets a Boost: New Sensor Tech Researchers came up with this graphene-based sensor that's supposed to enhance how robots feel. Like, not emotionally, but tactilely. It's about time because robots have been pretty touch-blind compared to how advanced their vision and movement are. This new sensor is small, really tiny, and it can detect force in three dimensions. Basically, they've designed something that lets robots get a better grip on things — literally. I'm still wrapping my head around exactly how they did it, because the paper goes deep into some physics magic that left me scratching my head. 🇪🇸 Un toque mejorado: nueva tecnología de sensores Los investigadores han desarrollado un sensor basado en grafeno que promete mejorar el sentido del tacto en los robots. No estamos hablando de emociones, claro está, sino de la capacidad táctil real. Es curioso cómo los robots ven y se mue...

NASA Invites Media to Jordan Artemis Accords Signing Ceremony 🇺🇸 Jordan Signs On NASA's inviting media folks to see the Hashemite Kingdom of Jordan sign the Artemis Accords. The ceremony's happening at NASA Headquarters in Washington on April 23, around 9:30 a.m. EDT. This isn't just about signatures and handshakes—it's more than that. They're setting the stage for partnership in lunar exploration between nations that haven't always been linked this way. Feels like a big shift, right? Jared Isaacman, NASA Administrator, is set to host Ambassador Dina Kawar from Jordan. And yeah, there's a representative from the U.S. Department of State too. 🇪🇸 Jordania se une La NASA ha invitado a los medios para presenciar la firma de los Acuerdos Artemis por el Reino Hachemita de Jordania. La ceremonia será el 23 de abril en la sede de la NASA en Washington, a eso de las 9:30 a.m., hora del Este. No es solo firmar papeles; es un nuevo t...

A bizarre new state of matter may be hiding inside Uranus and Neptune 🇺🇸 Unveiling the Bizarre State Inside Ice Giants Scientists simulating conditions inside Uranus and Neptune stumbled onto something strange. They didn't go in expecting to find a state of matter that defies previous understanding, but that's what they got. So, you've got these crazy high pressures and searing temperatures deep in the guts of these planets. And then, boom — carbon and hydrogen start doing this weird hybrid dance. It's part solid, part fluid, with hydrogen atoms spiraling like they're partying through a stiff grid of carbon. Nobody set out to find this "superionic" phase — it was more like it found them. 🇪🇸 Descubrimiento dentro de gigantes helados Al simular las condiciones en el interior de Urano y Neptuno, los científicos tropezaron con algo raro. No buscaban exactamente un estado de la materia que desafiara lo que ya sabíamos, pero a...