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Powerful AI finds 100+ hidden planets in NASA data including rare and extreme worlds 🇺🇸 AI Uncovers Over 100 Hidden Planets Astronomers have some new best friends: AI tools like RAVEN. By sifting through heaps of data from NASA's TESS mission, RAVEN has confirmed more than 100 exoplanets and unearthed 31 brand-new worlds. It's like finding needles in a cosmic haystack. Some of these planets are insanely extreme, orbiting their stars in less than a day or hanging out in places where planets were thought to be rare. The Neptunian desert, they call it. This is big news for anyone dreaming about what else is out there. But hey, who said space exploration was dull 🇪🇸 IA Descubre Más de 100 Planetas Ocultos Los astrónomos tienen nuevos aliados: herramientas de IA como RAVEN. Al analizar toneladas de datos de la misión TESS de la NASA, RAVEN ha confirmado más de 100 exoplanetas y descubierto 31 mundos completamente nuevos. Como buscar agujas en un ...

A Bit of Data Center Heat Can Be Turned Back into Electricity 🇺🇸 Turning Heat to Electricity Michael Abdelmaseh had this kinda wild idea. He looked at the heaps of heat spewed out by data centers and thought: hey, why not convert some of it into electricity? It sounds a bit like science fiction, if we're honest. But this is real stuff. Using the thermoelectric effect, he's trying to trap some of that waste heat and turn it back into something useful. I know it seems simple when you put it that way, but seriously, it's a whole process that involves specific materials and conditions. A discovery like this could actually change how we look at energy waste in tech. 🇪🇸 Convertir el calor en electricidad Michael Abdelmaseh apareció con la idea de convertir el exceso de calor de los centros de datos en electricidad reutilizable. Eso suena a ciencia ficción, ¿verdad? Pero es una propuesta real y concreta que utiliza el efecto termoeléctrico p...

NASA’s X-59 Gets Freedom 250 Logo 🇺🇸 NASA's X-59 and Its New Look NASA's X-59 just got a makeover. It's like giving your car a new paint job but with way more tech involved. The aircraft now sports the Freedom 250 logo, marking the 250th anniversary of American independence. Imagine the symbolism: a sleek plane zooming through the sky without causing those loud sonic booms that used to scare your grandma. It's part of NASA’s Quesst mission, which aims to make supersonic flights quieter — for everyone on the ground, really. The idea is to change how we think about air travel by solving one noisy problem at a time. 🇪🇸 El nuevo look del X-59 de NASA El X-59 de la NASA tiene un nuevo diseño y no estamos hablando de unos simples stickers. Lleva ahora el logo Freedom 250 en honor al aniversario 250 de la independencia estadounidense. La nave se convertirá en un símbolo volador de esta celebración mientras participa en la misión Quesst de NA...

NASA Astronauts to Answer Questions from Missouri Students 🇺🇸 Connecting Missouri Students with Space Missouri students are getting an out-of-this-world opportunity. They're going to talk, well, not live but sorta, with astronauts Jessica Meir and Jack Hathaway. These astronauts will be floating around the International Space Station when they answer prerecorded STEM questions from these young minds. It's happening on April 30 at 10:50 a.m. EDT, and it'll stream on NASA’s Learn With NASA YouTube channel. Imagine being in school and having your question answered by someone literally orbiting Earth. That's something you don't forget easily. But why Missouri? No clue. 🇪🇸 Conectando Estudiantes de Misuri con el Espacio Los estudiantes de Misuri tendrán una oportunidad increíble. Van a hacer preguntas a los astronautas Jessica Meir y Jack Hathaway, quienes estarán flotando por la Estación Espacial Internacional mientras responden pregu...

What Anthropic’s Mythos Means for the Future of Cybersecurity 🇺🇸 Anthropic’s Surprise: Claude Mythos Preview Anthropic just dropped a bombshell in the cybersecurity world. Their new model, Claude Mythos Preview, can autonomously find and exploit software vulnerabilities. No need for expert eyes guiding it. That's wild, right? Imagine a program that says, "Hey, found this bug — now let's weaponize it." Not just any vulnerabilities but those hidden within key systems like operating systems and internet infrastructure. Stuff thousands of developers missed. Crazy part? Anthropic's not making this open to everyone, only select companies get access to test it out. 🇪🇸 La Sorpresa de Anthropic: Claude Mythos Preview Anthropic lanzó una bomba en el mundo de la ciberseguridad con su modelo nuevo, Claude Mythos Preview. Este modelo puede encontrar y explotar vulnerabilidades en software sin ayuda experta. Solo imagina un programa que dice:...

NASA Artemis II Human Research Data Methodology Challenge 🇺🇸 Artemis II's Real Findings NASA's Artemis II mission isn’t just some vague journey to the Moon. On this trip, they've figured out how humans can handle long-term space travel. They gathered data on astronaut health and performance, using tools both up there and back at home on Earth. What happened? Well, they used different environments that mimic space conditions to see how the human body reacts. Think of it as a dress rehearsal for what our bodies might face when we finally set foot on Mars. It's not just about surviving; it's about thriving in a place where life is completely alien. 🇪🇸 Los Hallazgos Reales de Artemis II La misión Artemis II de NASA no es simplemente un viaje al azar hacia la Luna. Durante esta misión descubrieron cómo los humanos pueden manejar viajes espaciales de larga duración. Recopilaron datos sobre la salud y el rendimiento de los astronauta...

Light tightens young pea stems, revealing a new brake on plant growth 🇺🇸 The Discovery In a fascinating study led by Professor Kouichi Soga from Osaka Metropolitan University, researchers explored how light influences the growth of young pea stems. They employed a unique technique to examine the adhesion between the outer epidermal layer and the inner tissues of these stems. This study, now published in Physiologia Plantarum, reveals that pea stems grown in light conditions show enhanced tissue adhesion. The findings suggest a new mechanism by which light regulates plant growth, acting as a brake on stem elongation. This discovery adds a fresh layer of understanding to the intricate ways plants interact with their environment, specifically how they respond to light, a critical factor for survival and adaptation. 🇪🇸 El Descubrimiento En un estudio fascinante liderado por el Profesor Kouichi Soga de la Universidad Metropolitana de Osaka, los invest...

GoZTASP: A Zero-Trust Platform for Governing Autonomous Systems at Mission Scale 🇺🇸 The Discovery In today's rapidly evolving technological landscape, the need for secure and reliable autonomous systems has never been greater. Enter GoZTASP, a platform specifically designed to govern these systems at a mission scale. What makes GoZTASP stand out is its zero-trust architecture, which seamlessly integrates diverse components like drones, robots, and sensors. I find it fascinating how this platform ensures that all system components are continuously verified for integrity. This is crucial, especially when dealing with real-world environments that can be unpredictable and challenging. By reaching Technology Readiness Level 7, GoZTASP has moved beyond mere theory to actual operational validation. A significant step forward, wouldn't you say? 🇪🇸 El Descubrimiento En el panorama tecnológico actual, que evoluciona rápidamente, la necesidad de sis...

The Overlooked Energy Problem That Sand Might Finally Solve Sand as an Unexpected Energy Ally If someone had told me a few years ago that plain sand might help push gas and oil out of heavy industry, I probably would have raised an eyebrow. Sand feels too simple for that kind of job. You picture beaches, deserts, maybe construction sites. Not industrial decarbonization. And yet here we are, watching a quiet experiment in Finland do something genuinely surprising. At the heart of this story is a basic idea that feels almost obvious once you hear it. Sand gets hot. It stays hot. It is everywhere. For decades, energy conversations focused on electrons, grids, batteries filled with exotic metals. Heat, especially industrial heat, sat awkwardly in the background. Necessary, expensive, dirty, and hard to clean up. Sand based thermal storage flips that logic on its head by leaning into heat rather than trying to escape it. This is not science fiction. It is already running inside a brewery. W...