National ScienceBowl
@DOE_SC_NSB
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https://t.co/1hWkgtsZFJ A math and science competition for middle and high school teams; funded by the US Department of Energy's Office of Science.
Washington, DC
Joined September 2012
AI is the next frontier of American innovation and @FLOTUS kicked off the Presidential AI Challenge today! This is your chance to showcase your ingenuity, leadership and passion to take America into the Golden Age! Sign up at
ai.gov
Explore President Trump’s AI initiatives focused on innovation, infrastructure, international engagement, and youth education in artificial intelligence.
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‼️Attention scientists of tomorrow: The @WhiteHouse Presidential AI Challenge begins today!
ai.gov
Explore President Trump’s AI initiatives focused on innovation, infrastructure, international engagement, and youth education in artificial intelligence.
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Okay NSB teams, alumni, and coaches - we know how you love a competition - create or coach an AI Challenge team!
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The Presidential AI Challenge is a national challenge and competition for America's youth to apply AI-powered solutions to everyday problems. Registration opens soon! Learn more at https://t.co/lSiJEWoUU0
https://t.co/keFSEg3CJk
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Why so blue? 🔵 That blue glow you see surrounding a reactor core? It’s caused by a phenomenon known as Cherenkov Radiation. https://t.co/o4Ifnv3xHA
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The @WhiteHouse is launching a Presidential AI challenge to foster the greatest AI projects across the country to propel our Nation to new heights of scientific innovation and economic achievement.
ai.gov
The Presidential AI Challenge seeks to inspire young people and educators to create AI-based innovative solutions to community challenges while fostering AI interest and competency.
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In our latest #FastPhysics video, Luis Delgado-Aparicio explains how PPPL's diagnostics expertise is helping researchers around the world 🌎 measure critical aspects of plasma — the electrically charged fourth state of matter — inside fusion devices. ⚛️
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#DidYouKnow Machine learning and neural networks are used in particle physics to optimize data analysis. @Fermilab physicists exploit graph neural networks in their experimental systems.
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Proposals are currently being accepted from U.S. schools, museums & community youth organizations (working individually or together) to host an amateur radio contact with an astronaut aboard the @Space_Station between Jan. 1 & June 30, 2026.🧑🚀 Learn more: https://t.co/CnviImpmQ1
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Twenty-five years ago, there was a hole in the Standard Model. And on July 21, 2000, an experiment called DONUT filled it. (1/)
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#ExplainIn20Seconds Ever wondered about spontaneous symmetry breaking? Watch this short video and learn more about it.
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The CyberForce Competition 101 Webinar is scheduled for Wednesday, July 23 at 6pm CT. This webinar goes over all things competition (participant, volunteer, location, etc.). Register today: https://t.co/uJg1FaQybS
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🔬⚛️🧫🔋🧬🛰️ 🌍🔄💡🌱💻🧠 👩🏾🔬👨🏻🔧🧑🏼🔬🧑🏽💼🤝📡 💥➡️💭➡️🚀 Happy #WorldEmojiDay! Emojis may be small, but they help us communicate curiosity, creativity, and collaboration across languages! 🧪🔋💡 What 3 emojis describe your work or passion for science? Drop them in the comments!
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Scientists at Argonne and @SLAClab used powerful X-rays to reveal quantum behavior in strontium titanate, a former diamond stand-in that may hold clues to next-gen electronics and energy tech - https://t.co/bRJIzt1foQ
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In a discovery three decades in the making, scientists at @RutgersU and Brookhaven Lab have produced the best picture yet of a pivotal plant protein. Their work offers new ways to protect major food crops from a variety of devastating diseases. #NSLSII
bnl.gov
Scientists have documented the structures and regulation mode for a protein that can help plants combat disease.
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Attention young artists: 60 years ago, Mariner 4 was the first spacecraft to reach Mars and send back pictures of what it saw. Now it’s your turn. What if you’re the first astronaut to reach Mars? What might you see? 🎨 Submit your art by July 31: https://t.co/KxjF0HmXD3
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Infrared radiation helps identify what extraterrestrial rocks are made of from millions of miles away and lets us understand how water reacts when it’s under enormous pressure. Learn more about how NNSA uses infrared: https://t.co/1jnAbtsxxZ
@Livermore_Lab @LosAlamosNatLab
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#ExplainIn20Seconds Ever wondered what luminosity means in particle physics? This short video explains it. @Fermilab plays a crucial role in the High-Luminosity Large Hadron Collider upgrade developing and fabricating key components like superconducting magnets and cavities.
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Molecular movies in high definition 🎥 This animated molecular movie made with SLAC’s electron camera captures in atomic detail how a ring-shaped molecule opens up in the first 800 millionths of a billionth of a second after being hit by a laser flash: https://t.co/y3grP69BIV
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AI is reshaping the path to fusion energy.⚡On @InSilicoPod, PPPL's Shantenu Jha shares why fusion may not only be a physics problem but also a grand computational challenge. 🎧 Listen to the full episode. ⬇️
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