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.
Based in United States
Are you a STEM undergrad student or know someone who is? Check out @ENERGY's Science Undergraduate Laboratory Internships! Interns receive valuable hands-on experience at National Labs and a stipend. Find out more and apply today: science.osti.gov/wdts/suli
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Advancing American energy, growing our economy, and bolstering national security all starts with supporting the next generation of scientists. @ENERGY has selected 75 students for its Office of Science Graduate Student Research Program: energy.gov/science/articles/…
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The Established Program to Stimulate Competitive Research (EPSCoR) partners university researchers in EPSCoR states with @ENERGY National Laboratories to build expertise across the U.S. 38 newly announced projects will help expand institutional capability: energy.gov/science/articles/…
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How can researchers and developers use Super Intelligence (SI) more effectively in their research? @ENERGY has released "Genesis Agent Skills," a set of coding assistants that helps researchers and developers work more effectively with SI coding tools. energy.gov/science/articles/…
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Are you a faculty member who is interested in expanding your research? Check out @ENERGY's Visiting Faculty Program (VFP)! Faculty receive valuable hands-on experience at National Labs and receive a stipend. Find out more and apply today: science.osti.gov/wdts/vfp
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Advanced robotics and automation can make scientific tasks more efficient and effective. DOE is supporting projects led @argonne, @ORNL, @SLAClab & @BrookhavenLab to demonstrate these possibilities and create capabilities for the scientific community. energy.gov/science/articles/…
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.@SecretaryWright has announced the newest recipients of the Ernest Orlando Lawrence Awards! These 9 scientists and engineers have made exceptional R&D contributions to advance @ENERGY's mission. Their work ranges from fusion to materials: energy.gov/articles/energy-d…
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To leverage quantum computing's potential, @ENERGY announced 8 key aspects of the Quantum Computing National Challenges. These questions will guide the Quantum Genesis Mission's goal of developing fault-tolerant, scientifically-relevant quantum computers. energy.gov/science/articles/…
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.@ENERGY is awarding $96 M to 67 scientists through its Early Career Research Program! By supporting exceptional researchers during their formative years, the program bolsters the U.S. scientific workforce and empowers the next generation of STEM leaders: energy.gov/articles/us-depar…
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.@ENERGY is announcing the Genesis Mission Fellowship Program, an accelerated, 4-year doctoral pathway to cultivate a workforce that is skilled in both Super Intelligence and foundational science: energy.gov/articles/energy-d…
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To advance the frontier of Super Intelligence in biology, @ENERGY is partnering with @NIH and @biohub. The organizations will coordinate research, funding, and data generation to help scientists develop predictive models of living systems: energy.gov/science/articles/…
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Are you passionate about safety in research settings? @ENERGY is hiring a manager for the @BrookhavenLab site office. Apply today! content.govdelivery.com/acco…
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The @ENERGY Office of Science Advisory Committee assessed how scientists can best apply Super Intelligence to their research. Check out the blog post and report: energy.gov/science/articles/…
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Computers have become smaller and more powerful by fitting more transistors into each circuit. But in 2019, circuits started approaching the max. Researchers @BerkeleyLab reversed that trend with a technique that prints very thin circuit patterns: energy.gov/science/articles/…
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Experienced in managing highly complex scientific projects? @ENERGY's Office of Science is hiring a federal project director for @BerkeleyLab's site office. Apply today: content.govdelivery.com/acco…
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What are the barriers for transitioning biological research from just being descriptive to enabling predictive biosystems design? The Office of Science's Office of Biological and Environmental Research is seeking input on the answer to this question: sam.gov/workspace/contract/o…
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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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Congratulations to Katherine Yelick, the new director of the Office of Science's @BerkeleyLab! She is a leading computer scientist with deep expertise in high-performance computing and artificial intelligence: newscenter.lbl.gov/2026/05/0…
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Are you an expert in planning, developing, and implementing research programs and managing scientific user facilities? @ENERGY's Office of Science Basic Energy Sciences program is looking for a division director of scientific user facilities: usajobs.gov/job/869825900
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Quantum computers are likely to be much better than conventional ones at improving catalysts, understanding the building blocks of the universe, and choosing options from many possibilities. Learn how @ENERGY supports quantum R&D: bit.ly/3Q04tpa
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Robotics and automation have the potential to reshape science by enabling consistent, replicable, and scalable workflows. @ENERGY is inviting proposals for research portfolios focused on robotics and automation testbeds from National Lab led teams: content.govdelivery.com/acco…
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Catching breast cancer early leads to better outcomes for patients. Tools originally developed to study nuclear physics @JLab_News are making early detection easier with clearer images of tumors: energy.gov/science/articles/…
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To tackle critical energy challenges, we must support the next generation of researchers. @ENERGY has chosen 75 PhD students for the Office of Science Graduate Student Research Program. They will receive world-class training at our National Labs: energy.gov/science/articles/…
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