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Sony AI table tennis robot outplays elite human players 🇺🇸 Sony's AI Triumph in Table Tennis So here's the scoop: Sony AI created this robot, Ace. It played against Yamato Kawamata, an elite human table tennis player, and won. In December 2025. Now, this isn’t just some tech demo — this is a legit competitive sport showcase. Ace didn't just hit the ball back; it adapted in real-time. Adjusted its strategies like a human would. The match wasn’t a fluke or one-off either; Ace consistently outplayed Kawamata over several sets. Which kinda makes you question how far machine learning has come if it can now dominate physical sports that require quick reflexes and split-second decision-making. 🇪🇸 El triunfo de la IA de Sony en el tenis de mesa Te cuento: Sony AI lanzó un robot llamado Ace que jugó contra Yamato Kawamata, un jugador humano élite en tenis de mesa, y ganó. Esto pasó en diciembre del 2025 y no fue simplemente una demostración tecnol...

This Roboticist-Turned-Teacher Built a Life-Size Replica of ENIAC 🇺🇸 Building the ENIAC Replica Tom Burick, a technology instructor at PS Academy, decided to take on an ambitious project with his students: building a life-size replica of the ENIAC. Yep, that’s the massive computer from the 1940s that took up entire rooms. They’re doing this as part of its 80th-anniversary celebration. I mean, it’s not every day you rebuild a piece of history with kids who are passionate about technology and learning in unique ways. The real ENIAC did calculations with vacuum tubes and switches — can you imagine trying to replicate all that with today’s kids? But here they are, diving straight into a bygone era. 🇪🇸 La Construcción de la Réplica del ENIAC Tom Burick y sus estudiantes han decidido embarcarse en un proyecto bastante ambicioso: construir una réplica tamaño real del ENIAC. Sí, ese ordenador gigante de los años 40 que ocupaba habitaciones enteras. Lo hacen ...

NASA SBIR/STTR Phase I and II BAA, 2026 Appendix A and B are now live! Offers due May 21, 2026, 5:00PM EDT 🇺🇸 NASA's New SBIR/STTR Appendix A and B Are Out NASA just released their 2026 Small Business Innovation Research (SBIR) and Small Business Technology Transfer (STTR) Phase I and II opportunities. Offers are due May 21, 2026, by 5:00 PM EDT. These documents outline the areas where NASA wants to see innovation from small businesses. The details? They're chunky. Covering everything from propulsion systems to environmental monitoring tools for space missions. There's a lot in there if you're in the business of space tech or even tangentially related fields. It's pretty dense stuff, but that's what happens when you're dealing with outer space logistics. 🇪🇸 Nuevas oportunidades del SBIR/STTR de la NASA La NASA lanzó las convocatorias para las oportunidades de Fase I y II del año 2026 del programa SBIR/STTR dirigidas a ...

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...