Official account for @Energy Office of Science, the largest single supporter of basic research in the physical sciences in the U.S.

Washington D.C.
Sometimes a twist is all it takes to create a new field of research. Stacking 2D materials on top of each other and twisting them slightly results in unusual electronic properties. Eva Andrei @RutgersU recently won @KavliPrize for this discovery: energy.gov/science/articles/…
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An atlas is used to understand geography, but the ATLAS DOE Office of Science User Facility @argonne is used to understand the building blocks of the world—atomic nuclei. For 40 years, this tool has provided incredible insights into nuclear structure: anl.gov/article/atlas-four-d…
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You may have heard of "chestnuts roasting on an open fire," but have you ever seen a chestnut tree? A blight killed billions of them in the early 1900s, but researchers @ORNL & @jgi are using genomics and biochemical profiling to help restore them: ornl.gov/news/ornl-plant-mic…
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“This is something we haven't seen before in nature” - Rachael Kretsch @stanford. Using tools @SLACLab, she led a team that discovered beautiful complexes of RNA that didn’t have any proteins to support them. The work is giving new insights into RNA: slac.stanford.edu/news/2025-…
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The @ENERGY Office of Science's facilities make our world-leading scientific research possible. Join a virtual town hall on Sept. 17 to give input on the future of these facilities: web.cvent.com/event/581984eb…
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A happy accident + curiosity = discovery, at least for Eva Andrei's team @RutgersU in 2009. They found that 2D materials stacked with a twist resulted in new properties, creating the field of "twistronics" and earning Andrei a @KavliPrize in nanoscience: energy.gov/science/articles/…
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Happy Labor Day!
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The LUX-ZEPLIN dark matter detection experiment, supported by @ENERGY's Office of Science, has recorded a single particle interaction that researchers are having difficulty explaining with known background signals from normal matter. Dark matter has never been directly detected.
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Innovation requires researchers ready to tackle big challenges. Our Graduate Student Research program is accepting applications for U.S. grad students to conduct part of their research at an @ENERGY DOE National Lab or site. Apply now: energy.gov/science/articles/…
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A quantum system big enough to touch seems impossible, considering that quantum science studies subatomic items. In 1985, a team @BerkeleyLab developed one, which is now the foundation for today's superconducting qubits: energy.gov/science/articles/…
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Helping students build their future in STEM! This fall, 151 students will participate in unique hands-on research and technical training at @ENERGY National Laboratories and a fusion facility. energy.gov/science/articles/…
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How do you turn wasted plastic garbage into useful glue? While investigating methods to develop better plastics, researchers at @ORNL discovered a process to make a versatile adhesive that even works underwater: energy.gov/science/articles/…
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The @ENERGY Office of Science's facilities make our world-leading scientific research possible. Join a virtual town hall on Sept. 17 to give input on the future of these facilities: web.cvent.com/event/581984eb…
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Innovation requires researchers ready to tackle big challenges. Our Graduate Student Research program is accepting applications for U.S. grad students to conduct part of their research at an @ENERGY DOE National Lab or site.
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Growing our understanding of plants! @ORNL scientists are taking images of plants with cameras that capture information on hundreds of wavelengths of light. With @OLCFGOV, they developed a new model that processes this data faster than ever: ornl.gov/news/scientists-emp…
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How fast is the universe expanding? We don't know—different calculation methods produce different answers. But researchers @SLAClab found that including magnetic fields in simulations of the early universe reduces the discrepancy: slac.stanford.edu/news/2026-…
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From diamonds to a building block of life itself, carbon is incredibly versatile. Researchers @argonne are using supercomputers and AI to predict how carbon changes under extreme heat and pressure. This information could help us design advanced materials: anl.gov/article/nanodiamonds…
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Neutrinos are tiny, neutral particles, yet they could provide answers for some of the biggest questions about our universe. For 70 years, scientists supported by @ENERGY have sought to understand this ghostly particle: energy.gov/science/doe-expla…
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Have ideas on how to develop the computing platforms of tomorrow? @ENERGY’s Genesis Mission is seeking innovative ideas and evaluation criteria for future public-private computing partnerships. Submit your input: sam.gov/workspace/contract/o…
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Quantum scientists study incredibly small particles. But what if you could hold a system in your hand that demonstrates quantum properties? In 1985, scientists supported by @ENERGY developed it. That system made today's quantum computers possible: energy.gov/science/articles/…
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Neutrinos are the most abundant particles in the universe with mass but interact with very little. Scientists @ENERGY have been chasing them for 70 years. @DUNEScience, led by @Fermilab, will provide insights into neutrinos and our universe's origins. dunescience.org/
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The Genesis Mission is powering science at the speed of imagination! @ENERGY announced 250+ projects that will develop and demonstrate scientific workflows with AI. These teams will form a collaborative national ecosystem for AI-supported science: energy.gov/articles/secretar…
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Are you or do you know an undergrad student in STEM? Check out ENERGY's Community College Internships! Interns receive valuable hands-on experience at National Labs and receive a stipend. Find out more and apply today at: science.osti.gov/wdts/cci.
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Are you or do you know an undergrad student in STEM? Check out ENERGY's Science Undergraduate Laboratory Internships. Interns receive valuable hands-on experience at National Labs and receive a stipend. Find out more and apply today at: science.osti.gov/wdts/suli
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Happy birthday to the neutrino! These ghostly particles have been around for billions of years, but scientists @LosAlamosNatLab first collected experimental proof of them in 1956. Since then, @ENERGY’s research has been fundamental in understanding them: neutrinos.fnal.gov/history/
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Hidden writing within an ancient text might sound like something out of in a movie, but researchers @SLACLab are using tools to reveal just that. With powerful X-rays, they recovered erased astronomical texts, including one of the first star maps: slac.stanford.edu/news/2026-…
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Quantum computers need quiet materials, as isotopic noise can limit performance. @ORNL, @PNNLLab, and @ENERGY's Office of Isotope R&D and Production are now making quantum critical isotopes with 100x less isotopic noise than commercial sources worldwide: energy.gov/science/articles/…
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In particle accelerators, scientists smash particles into each other to understand the building blocks of the universe. These collisions create enormous amounts of data. Researchers @BrookhavenLab developed an AI-based method to analyze this data: bnl.gov/newsroom/news.php?a=…
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Why can't objects escape black holes? An object would have to move faster than the speed of light to escape the gravitational pull at a black hole's surface, but special relativity tells us that isn't possible. Learn more with DOE Explains...Relativity: energy.gov/science/doe-expla…
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Isotopes are essential for medicine, quantum computing, and national security. But for 10+ years, the U.S. has lacked at-scale, domestic stable isotope enrichment. Now @ORNL & @ENERGY's Office of Isotope R&D and Production have revitalized that capability: energy.gov/science/articles/…
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Testing for structural integrity is essential to producing strong products, from cars to aircraft. One of the most common processes for this testing uses iridium-192. @ENERGY has now established the capability to produce Ir-192 domestically: energy.gov/science/articles/…
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For decades, scientists have known that certain oxide crystals had the ability to retain memory, but the question remained—why? Findings from @ENERGY’s National Labs and @TAMU are shining a light on the mysteries of vision and beyond. nlr.gov/news/detail/program/…
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Students + artificial intelligence + a challenge = innovation! During the Presidential AI Challenge, students demonstrated how they could use AI to address real-world issues. The top teams showcased their ideas, which addressed problems ranging from crime to bullying.
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Happy Independence Day and 250th birthday to America!
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Do you have an advanced understanding of quantum information science, quantum computing, and computational modeling? The Advanced Scientific Computing Research Program is looking for a Quantum Information Sciences Program Manager. Apply today: usajobs.gov/job/873915900
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Lights, camera, action! The NSF-DOE @VRubinObs has officially begun its Legacy Survey of Space and Time. This decade-long data collection effort will capture the most-detailed cosmic movie ever made and transform how we study our dynamic universe: energy.gov/science/articles/…
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Do you specialize in providing leadership and direction to a complex scientific or technical organization? The Office of Science is looking for a site office manager for @SLAClab. Apply today: usajobs.gov/job/873757800
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From Office of Science User Facility director to National Lab director! Congratulations to John Hill, the new director of @BrookhavenLab. He will oversee a team of thousands working to explore the building blocks of the universe, materials, and life: bnl.gov/newsroom/news.php?a=…
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Experienced in leading research on new materials with unique structures, functions and properties? The Office of Science's Basic Energy Sciences program is recruiting a director for its Materials Science and Engineering Division: content.govdelivery.com/acco…
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Science runs on data. That's why @ENERGY's Office of Science is building the High Performance Data Facility @JLab_News. The Lab recently celebrated a step towards construction with the groundbreaking of the Jefferson Lab Data Center: jlab.org/news/releases/jeffe…
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Particles from a star that exploded millions of years ago can provide insights into our universe today. The Alpha Magnetic Spectrometer on the @Space_Station gathers data on the properties of these cosmic rays: energy.gov/science/articles/…
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The Computational Sciences Graduate Fellowship - supported by @ENERGY - has played a major role in U.S. leadership in supercomputing. In fact, their alumni work on the fastest computers in the world. We're proud to announce the 2026-2027 class of fellows: energy.gov/science/articles/…
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A bundle of joy has arrived @PPPL in the form of much-anticipated equipment! The NSTX-U bundle is a key component for the National Spherical Torus Experiment-Upgrade experimental fusion device: pppl.gov/news/2026/delivery-…
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Congratulations to Eva Y. Andrei, Pablo Jarillo-Herrero & Allan H. MacDonald on being awarded @KavliPrize in Nanoscience! Their work, supported by @ENERGY, established the field of twistronics. It shows that twisting 2D materials produces new properties. kavliprize.org/prizes/nanosc…
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Fusion energy is transitioning from a long-term vision to a near-term opportunity. Today, @ENERGY has released the finalized Fusion Science and Technology Roadmap. With extensive input from partners, this roadmap offers a unified national blueprint: energy.gov/fusion/fusion-ene…
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The United States and Japan have announced a landmark strategic partnership on artificial intelligence. Japan is the first international partner to join @ENERGY’s Genesis Mission, which is accelerating science through AI and advanced computing: energy.gov/articles/united-s…
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What are the key milestones required to develop a quantum computing user facility? The Quantum Information Science subcommittee of the Office of Science Advisory Committee is seeking input on a QIS roadmap. Register for a virtual town hall on June 12: web.cvent.com/event/c8d6b860…
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Radium-226, a strategic radioisotope for cutting-edge cancer therapies, is far more available than ever before. @ENERGY, @PNNLab & @NIST have developed a way to recover and repurpose radiological waste materials into this important isotope. Learn more: energy.gov/science/articles/…
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Water and ions flow easily through ion channels in living creatures. Scientists want to learn from and replicate these structures to help us improve catalysts, batteries, and more. Shudipto Dishari @UNLincoln is developing these artificial ion channels: engineering.unl.edu/news/251…
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