Researchers at Yale and ORNL have advanced the fight against silica scaling in water treatment processes, revealing how polymers can effectively inhibit scale formation.

A Knoxville couple's solar panel system is finally fully operational after over two years and a failed launch, marking the end of a long dispute with Solar Titan.

Oak Ridge National Laboratory published a comprehensive dataset on poplar trees, examining their genetics and environmental interactions, with implications for bioenergy and carbon capture studies.

UT graduate Barry Wilmore is set to command Boeing's Starliner on its test flight to the ISS, marking a significant milestone in NASA's commercial crew program.

Federal authorities charged five individuals linked to an identity theft operation aimed at benefiting North Korea. The raids in multiple states uncovered 'laptop farms' used to steal identities and evade sanctions.

Astronaut Barry "Butch" Wilmore joined Suni Williams on a historic week-long mission to the ISS aboard Boeing’s Starliner, marking a progress for Boeing’s space program despite past technical issues.

KUB's ConnectED program offers free fiber internet to low-income student households in Knoxville, backed by city and county funds. Eligibility is based on school enrollment and income.

Phani Ratna Vanamali Marthi of ORNL has been named a senior member of IEEE, recognized for his significant contributions to electric grid simulation and research.

Oak Ridge National Laboratory researchers have advanced knowledge on the chemical behavior of a key molten salt mixture, which could improve energy applications like batteries and solar power.

Bill Partridge received the DOE Vehicle Technologies Office Lifetime Distinguished Achievement Award for his impactful transportation research at ORNL.

New insights into neutrinos' role in supernovae have been revealed through quantum simulations, advancing astrophysical research and our understanding of the universe.

ORNL researchers have used gallium nitide to create durable transistors for nuclear reactor safety sensors, potentially improving monitoring and maintenance.

Oak Ridge National Laboratory's Xingang Zhao has received the Ted Quinn Early Career Award from the American Nuclear Society for his contributions to nuclear instrumentation and control.

Ryan Dehoff of ORNL has been named a 2029 SME Fellow, recognizing his impactful contributions to manufacturing, particularly in metal additive manufacturing and materials science.

Craig Blue was named the Chief Manufacturing Officer at Oak Ridge National Laboratory, highlighting his notable background and role in advancing US manufacturing.

ORNL has developed Slicer 2, a 3D printing software that simplifies the creation of large-scale objects, with potential to revolutionize manufacturing in various industries.

Researchers at Oak Ridge National Laboratory are advancing solid-state cooling technology by exploring the atomic behaviors of a nickel-cobalt-manganese-indium alloy with potential for improved efficiency.

Andrew Conant from ORNL focuses on nuclear nonproliferation, working to ensure the peaceful use of nuclear materials. His research contributes to understanding the production purposes of isotopes for enhancing monitoring and security strategies.

ORNL has formed a five-year collaborative agreement with NIMS to advance materials research, aiming to enhance energy efficiency and eco-friendly technologies.

ORNL scientists are researching coastal ecosystems to understand and mitigate climate change impacts, focusing on economic importance and resilience, including a project by Elizabeth Herndon on water levels and environmental chemistry in Louisiana.

Troy A. Carter has been appointed as the new leader of the Fusion Energy Division at Oak Ridge National Laboratory, succeeding interim director Phil Snyder.

Researchers at Oak Ridge National Laboratory have developed a new software for improved simulation of electrical phenomena on the power grid, especially for renewable energy and EVs.

The 14th annual Hummingbird Festival at Ijams Nature Center in Knoxville will be held on Aug. 17, featuring activities, a marketplace, and bird banding sessions.

Researchers used the supercomputer Frontier to predict the synthesis of a potential "superdiamond." The study harnesses Frontier's exascale speed to explore the creation of a superdense carbon material, BC8, under extreme conditions.

ORNL researchers Amy Elliott and Nadim Hmeidat earn accolades for their contributions to 3D printing, with Elliott being named to the ASME 2024 Watchlist and Hmeidat winning the SAMPE Young Professionals Emerging Leadership award.

Oak Ridge National Laboratory won 14 R&D 100 awards for innovations, including a wireless charging technology for electric vehicles, highlighting its role in scientific advancement.

Benjamin Manard of ORNL has been awarded the 2024 Lester W. Strock Award from the Society of Applied Spectroscopy for his contributions to analytical atomic spectrochemistry.

The Department of Energy's National School on Neutron and X-ray Scattering concluded its 26th session, providing hands-on learning for selected graduate students in physical sciences.

Debjani Singh at ORNL leads the HydroSource project, a platform for water power research, blending data science with water resources to support sustainability.

ORNL demonstrates a drone-based system for autonomous power line inspection to prevent outages and reduce costs, with capabilities for rapid response and data streaming to command centers.

Scientist Alicia Manjón Sanz of ORNL has been selected for the Young Leaders Program at the Science and Technology in Society forum in Kyoto for her work in neutron sciences and sustainable materials.

ORNL has developed new sulfide solid-state electrolyte membranes for improved solid-state batteries with potential energy storage of up to 500 watt-hours per kilogram.

Researchers at ORNL analyze satellite images of half-built homes, referred to as "waffle homes," to estimate future occupancy and improve population density models in data-sparse regions.

ORNL researchers Zhili Feng and Jian Chen will receive the Elmer L. Hann Award from SNAME for their paper on a welding analysis tool improving shipbuilding efficiency.

ORNL researchers aim to advance scientific research by integrating quantum computing with classical HPC, tackling complex problems beyond the capability of current classical systems.

Mohamad Zineddin was awarded the Roger Howsley Award for his contributions to nuclear security, reflecting his expertise in this field as well as a strong security culture.

ORNL has unveiled VENUS, an advanced neutron imaging tool combined with AI, aimed at enhancing research across various disciplines, including energy storage and materials science.

ORNL's PATH platform aims to automate and improve the retrofitting of poorly insulated buildings, utilizing digital modeling and a robotic crane to ensure precise and efficient installations.

High school student Elton Aba, during an internship at ORNL, explored creating cybersecurity solutions based on biological processes, drawing inspiration from immune systems and ant behavior for potential applications in digital defense.

Joshua New has been awarded Researcher of the Year 2024 by R&D World magazine for his leading work at Oak Ridge National Laboratory in energy efficiency and building science.

The ORNL team studied molten uranium trichloride to refine predictive models for next-generation molten salt nuclear reactors, finding that heated UCl3 contracts rather than expands.

Researchers at ORNL using the Frontier supercomputer have advanced the understanding of magnetic properties of calcium-48, a "doubly magic" nucleus, potentially impacting the study of supernovae and stellar mechanics.

Flexcon Global has licensed a self-healing film technology from ORNL, aiming to improve building efficiency with vacuum insulation panels for use in various markets, including construction and healthcare.

Trails in Oak Ridge are closing temporarily for controlled burns aimed at wildfire protection, coordinated by DOE, ORNL, and the Tennessee Division of Forestry.

Ayana Ghosh from ORNL wins the American Ceramic Society's 2024 Early Discovery Award for her contributions to glass and ceramics science, and her work with AI and causal machine learning in materials science.

The DOE and ORNL are conducting controlled burns in Oak Ridge, TN, to prevent wildfires, resulting in temporary trail and area closures until September 13.

Flexcon Global obtains exclusive rights to manufacture a self-healing barrier film developed with ORNL, with potential benefits for building insulation efficiency and various market segments.

Bryan Maldonado of ORNL has developed a fast-track strategy for improving energy efficiency in building envelopes, focusing on pre-1980 structures. His approach could reduce the retrofit process time by a factor of five.

Scientists at ORNL are studying fungal cell membranes to develop new antifungal treatments amid rising infection rates and deaths. They focus on ergosterol to understand its unique properties compared to cholesterol.

ORNL leads a $15 million DOE project to produce large metal components for clean energy using additive manufacturing, reducing production time and enhancing US manufacturing capabilities.

ORNL researchers have developed a more energy-efficient method for processing nanocellulose, reducing energy usage by 21%, leveraging molecular simulations on their advanced supercomputers.

Researchers at ORNL and Vanderbilt University discovered a new ligand that can efficiently separate rare-earth metals, promising a cleaner and less wasteful process.

The article discusses the growing energy demands of data centers, particularly for AI development, and the innovations in energy-efficient supercomputing led by Oak Ridge National Laboratory's Frontier supercomputer.

ORNL has reached a milestone by reviewing data for the one billionth scanned item for radiation, highlighting efforts in preventing nuclear smuggling with international cooperation.

Autonomous vehicle technology advances in Chattanooga with an ORNL and Western Michigan University collaboration, where new road markers help self-driving cars navigate in poor visibility.

ORNL's Spallation Neutron Source has started a middle school outreach program using LEGO to educate students on STEM topics related to particle acceleration.

A NASA-led study using drones with LiDAR has found that rainforest carbon emissions are mostly due to wildfires, storms, and logging, not just clear-cutting.

Scott Abston, after 35 years at Y-12, chose to work at ORNL's Isotope Processing and Manufacturing Division instead of retiring, drawn by its impactful mission on health and science.

Katy Bradford, a doctoral candidate, is pioneering Cassette Construction at Oak Ridge National Laboratory, which aims to revolutionize the building industry with eco-friendly, prebuilt wall panels that reduce construction time and carbon emissions.

Matthew Loyd of Oak Ridge National Laboratory has received a DOE Early Career Research Program award for his proposal to improve neutron detection technology.

ORNL tested its APC technology on Chattanooga's EPB Quantum Network, marking a venture into commercial quantum technology application, supported by a partnership with EPB and UTC.

ORNL introduced Future Foundries at IMTS 2024, a platform to boost U.S. manufacturing by offering small and medium-sized companies advanced, integrated systems to stay competitive.

Two ORNL scientists, Stephen Kowalski and Mikael Salonvaara, received the Distinguished Service Award from ASHRAE for their contributions to building technologies.

Oak Ridge National Laboratory researchers have developed an AI model to analyze plasma plume dynamics in real-time during pulsed laser deposition, significantly streamlining material synthesis.

Kashif Nawaz of ORNL has been honored as an ASME Fellow for his contributions in engineering, focusing on innovations in building technologies, heat exchangers, and carbon capture.

Young nuclear professionals from IAEA member countries attended the Nuclear Energy Management School at ORNL to advance their technical and managerial skills.

Three ORNL researchers, Ross Wang, Adian Cook, and Majbah Uddin, have been elevated to IEEE senior members, recognizing their professional achievements in transportation research.

ORNL scientist Daryl Yang uses remote sensing to study Arctic changes, integrating machine learning to predict climate impacts and examining the effects of wildfires on the ecosystem.

ORNL has launched an intern program focusing on IoT cybersecurity, where students research vulnerabilities in smart devices to prepare for cybersecurity challenges.

Materials scientist Takeshi Egami has provided groundbreaking insights into the structure and behavior of liquids and metallic glasses, challenging traditional theories with advanced techniques like neutron scattering.

The Spallation Neutron Source at ORNL has been upgraded, boosting its capabilities with additional cryogenic modules and power units, promising to increase its output to as high as 2.0 megawatts by 2027.

The ORNL hosted its 20th OLCF user meeting to foster collaboration in high-performance computing, featuring updates on technical achievements and future systems.

ORNL launched a program to collaborate with businesses on electric grid research, providing access to lab resources to spur innovation and market opportunities.

U2opia Technology has licensed ORNL's Situ and Heartbeat anomaly-detection technologies to enhance cybersecurity solutions, with plans to market these tools to help protect against digital security threats.

AI is being used by ORNL researchers to find new alloys for nuclear fusion reactors, streamlining the material discovery process away from traditional trial and error methods.

Researchers at ORNL deciphered an enzyme's role key to cancer cell growth, aiding drug design using neutron scattering, published in Chemical Science.

Chemists at ORNL have advanced nuclear nonproliferation by detecting both fluorine and uranium isotopes in single particles, speeding up the analysis process.

Karly Harrod, a Department of Energy ORNL researcher, won an Early Career LDRD award, leading her to manage projects in disease modeling and climate research.

An initiative has launched a global assessment to map out potential biomass supplies, with a portal aggregating data from over 49 reports indicating 2,740 million metric tons available, which may grow significantly by 2030.

ORNL's Neutron Nexus program partners with the FAMU-FSU College of Engineering to promote diversity in neutron science access and encourage scientific collaboration.

ORNL teams up with Florida universities to launch Neutron Nexus, aiming to expand the science community and foster collaboration with academic institutions, especially in neutron science.

The Oak Ridge National Laboratory team developed a nanoscale technique to enhance materials for advanced memory storage and neuromorphic computing by manipulating atomic orientations in ferroelectrics.

Justin West from ORNL has been honored with the SME 30 Under 30 award for his impactful work in advanced machining, particularly on the Concrete Base Machine project.

ORNL researchers are working on advanced manufacturing, particularly PM-HIP, to support the U.S. clean energy sector and domestic metal parts production.

Prasanna Balaprakash spoke on a Senate panel about AI in climate research, stressing the urgency for accurate weather predictions due to extreme weather events causing extensive damage.

Startup Day 2024 in Knoxville featured a pitch competition and celebrated local entrepreneurship, with Andrew Hanna winning $10,000 for lithium-ion battery safety innovation.

ORNL researchers won an ACE Award for designing a fully recyclable wind turbine blade tip, using low-cost carbon fiber and a conductive coating to withstand lightning strikes and improve sustainability.

Three ORNL researchers were named APS Fellows for their contributions in physics research and advancements in energy technologies, plasma fusion, and quantum materials.

Doctoral student Jordan Cannon's work on microbial engineering may lead to sustainable bioplastics with faster degradation, potentially solving issues with current biodegradable plastics' limited breakdown in natural conditions.

The DOE, SLAC, and other labs are collaborating on the ILLUMINE project to stream massive data sets to supercomputers, aiming to analyze data in real-time and improve scientific accuracy.

The ORNL's APPL lab uses robotics and AI to advance plant science, monitoring plant responses and planning to explore plant roots with new imaging technology.

The Department of Energy is investing $67 million in AI for science, with Oak Ridge National Laboratory leading six projects to enhance areas like machine learning and lab workflows.

The "Soar into STEM" Traveling Science Fair, with over 500 students, aimed to inspire interest in STEM and aviation through interactive exhibits and expert involvement.

Researchers at ORNL developed a crack-free, lightweight alloy stable at over 2,400°F, potentially improving jet engines' efficiency and environmental impact.

Researchers at ORNL developed a quantum-enhanced sensing method, improving sensitivity in devices with potential medical and dark matter detection applications.

A team led by the University of Melbourne is nominated for the Gordon Bell Prize for groundbreaking quantum molecular dynamics simulations using the Frontier supercomputer.

ORNL has awarded five of its researchers – Larry Baylor, Craig Blue, Bob Hettich, Mark Lumsden, and Jun Qu – the title of Corporate Fellow for their scientific achievements and guidance to peers.

Nobel Laureate David Baker used the High Flux Isotope Reactor to analyze the structure of designer proteins, aiding his groundbreaking research in protein design.

The Trillion Pixel Challenge Workshop in Huntsville focused on advancements in geospatial AI and digital twins, aiming for global digital representation revolution.

Corey Cooke fosters connections between ORNL and Tennessee Tech, guiding academics and professionals in research and fostering collaboration in fields like wireless communication and machine learning.

New research led by Cornell University shows plants absorb 31% more CO2 than previously thought, indicating terrestrial vegetation plays a larger role in carbon capture, with significant implications for climate models and conservation efforts.

Two ORNL quantum research papers were selected for the "Editor's Choice" list of a prestigious journal, highlighting their efforts in advancing quantum computing integration with high-performance systems.

ORNL interns identify vulnerabilities in security systems, including key cards and Wi-Fi access points, unveiling flaws and emphasizing the need for greater cybersecurity awareness.

The DEA's 27th National Prescription Drug Take Back Day invites the public to dispose of unwanted drugs anonymously and free of charge to combat prescription drug abuse.

Researchers at ORNL are designing 3D-printed roosting structures with a bioderived material to support endangered bats, aiming to mimic natural habitats and avoid risks of high density populations.

ORNL launches a STEM competition for students to innovate in building technology, with final entries due on November 8, 2024, and a focus on inclusivity and real-world impact.

Huan Zhao at ORNL is advancing quantum technology research by linking quantum materials with information technologies and has a strong background in optics and electromagnetic measurement.

Researchers at ORNL are analyzing the failure modes of new solid electrolyte batteries to improve their efficiency and dependability for renewable energy storage.

Oak Ridge National Laboratory's Spallation Neutron Source successfully operated its Proton Power Upgrade at 1.7MW for 1,250 hours on a new target, with over 96% availability, aiding research and the US economy.

The DOE awarded an $88.8 million contract for a new stable isotope production facility at ORNL, enhancing the U.S. capability to meet growing isotope demand.

The University of Maryland research team has been nominated for the Gordon Bell Prize for their work on AxoNN, a framework for training AI models on supercomputers.

Oak Ridge National Laboratory's PCAT facility is testing new power line technologies to help increase the capacity and efficiency of the U.S. power grid in response to rising demands and the effects of extreme weather.

ORNL's supercomputer Frontier has trained ORBIT, an advanced AI model, to deliver highly accurate weather predictions, from short-term to a month in advance.

Teletrix acquires a commercial license for VIZRAD AR, an AR platform developed with technologies from ORNL, enhancing radiation safety training through realistic simulations.

ORNL's supercomputer Frontier trains AI to design new proteins, potentially advancing medical and environmental solutions, with results earning a Gordon Bell Prize nomination.

Oak Ridge National Laboratory and Sierra Space Corporation have developed a new reusable thermal protection system for spacecraft that withstands multiple atmospheric re-entries.

ANS awarded Arnold Lumsdaine and Walid Metwally from ORNL's Fusion and Fission Energy and Science Directorate with Presidential Citations for their nuclear sector contributions.

The Department of Energy's QCUP is seeking feedback to advance quantum computing through a Request for Information, involving the scientific community and stakeholders.

The article discusses a scientific discovery of a molecule, S-adenosylmethionine, which is crucial in forming toxic methylmercury, potentially leading to ways to prevent its formation and mitigate its harmful effects.

Researchers at ORNL and the University of Michigan have identified the molecule S-adenosylmethionine as key in the production of toxic methylmercury, offering insights for potential prevention.

The ForWarn tool from ORNL and the U.S. Forest Service uses satellite imagery to track forest disturbances and was key in monitoring damage after Hurricane Helene.

Argonne National Laboratory used the Frontier supercomputer to run advanced cosmological simulations, including atomic and dark matter, for a detailed universe model.

Four ORNL researchers were named Highly Cited Researchers, indicating their work is in the top 1% of citations.

Researchers from KAUST won the Gordon Bell Prize for creating an exascale climate emulator on the Frontier supercomputer, enhancing climate model resolution while reducing costs.

Seven ORNL researchers have been named Battelle Distinguished Inventors, acknowledging their contributions in transferring technologies from the lab to the market.

Researchers at Oak Ridge National Laboratory have advanced the development of lightweight polymer membranes for fuel cells, with a study using neutron scattering and computational models.

Researchers win the Gordon Bell Prize for quantum molecular dynamics simulations on the world's most powerful supercomputer, Frontier, achieving a major computational milestone.

ORNL appointed technology transfer liaisons to facilitate research commercialization, aligning with efforts to advance market-ready innovations and solutions for challenging problems.

ORNL researchers won Welding Journal's top award for their paper on innovative repair methods for the high g' IN-100 superalloy used in jet engines, which may reduce cracking.

Kairos Power chooses the K-25 site in Oak Ridge for its nuclear project, leveraging the site's infrastructure and proximity to nuclear research facilities and expertise.

Scientists at ORNL have developed a new catalyst that transforms greenhouse gases into syngas, a hybrid fuel and chemical precursor, potentially reducing industrial reliance on traditional steam reforming methods.

Larry Seiber's 50-year career at ORNL involves major contributions to developing wireless EV charging, recently achieving a record 270 kW power transfer.

Joel Brogan was honored with IEEE senior membership for his significant contributions to the field of engineering and his work at Oak Ridge National Laboratory.

Peter Fuhr of ORNL has been lauded for his innovative work in sensor technology, covering applications from disease detection to infrastructure security, and for his leadership in collaborative and inclusive research.

ORNL leads global efforts in advancing nuclear safety for new reactor technologies by hosting a workshop with IAEA and international stakeholders focused on the integration of safety, security, and safeguards.

The Summit supercomputer at OLCF has been given an extension beyond its expected lifespan, enabling vital research in fields such as brain science and aerospace through the SummitPLUS program.

Researchers at two DOE Bioenergy Research Centers discovered a gene named "Booster" in the black cottonwood tree, which significantly enhances plant growth and photosynthesis, potentially benefiting crop science and addressing food scarcity.

ORNL's new method for processing spent HEU in Kazakhstan transforms spent nuclear fuel into safer waste by mixing it with other materials and sealing it in concrete.

The Opportunities in Energy conference in Knoxville focused on Tennessee's advanced energy economy with leaders discussing nuclear and renewable energy innovations.

ORNL researchers, led by Vipin Kumar, have developed a technology that protects composite materials like turbine blades from lightning strikes. They successfully tested a resilient 6.5-foot blade tip.

Oak Ridge National Laboratory developed an autonomous robot to speed up data collection on plant-soil interactions, aiding research into biomass productivity and carbon storage.

ORNL has created a detailed simulation tool for modeling urban heat waves' impact, considering buildings' effects on local climate, and aiding city planning against extreme temperatures.

ORNL has developed FREDA, a simulation tool that combines various modeling tools to speed up next-generation fusion reactor design, leveraging machine learning and high-performance computing.

ORNL showcased its impact on supercomputing at SC24, where its team won the Gordon Bell Prize for a quantum simulation using the Frontier supercomputer, and gained multiple other accolades and achievements in the field.

A recent ORNL DAAC workshop in South Africa highlighted the importance of accessible ecological data for global biodiversity conservation, showcasing a comprehensive dataset from the BioSCape campaign.

Researchers at ORNL, led by Clinton Stipek, developed a machine learning algorithm that predicts building height with high accuracy, enhancing urban landscape understanding.

ORNL researchers developed two methods to transform coal into graphite for EV batteries, potentially reducing reliance on imports and aiding the economy in coal regions.

The DOE's National Quantum Information Science Research Centers celebrated four years of quantum research, advancing the fields of computing, energy, security, and communication.

NCCS at ORNL has increased its educational outreach by presenting at computing conferences to educate young professionals on high-performance computing.

ORNL researchers are working on nuclear nonproliferation by studying uranium and developing methods to prevent the misuse of nuclear materials globally.

ORNL researchers use VR to enhance security at nuclear reactors by studying human behavior patterns to anticipate insider threats and improve safety protocols.

Maximiliano Ferrari of ORNL was honored as an IEEE senior member for his work on microgrid stability and reliability, including developing networked microgrids in Puerto Rico.

Oak Ridge National Laboratory is partnering in the Stor4Build Consortium to develop advanced thermal energy storage technologies to reduce the strain HVAC systems put on the electric grid.

The study mapped the genetics of over half a million U.S. veterans, using ORNL's supercomputer Summit to analyze the data for precision medicine advancements.

ORNL deployed a specialized team that used drone technology to aid disaster relief efforts across the Southeast U.S. after Hurricanes Helene and Milton, collecting over 400GB of geospatial data on energy infrastructure.

Researchers at Stanford, ECMWF, and ORNL have used the Summit supercomputer to study atmospheric gravity waves, improving understanding of their impact on weather and enhancing forecasting models.

Chad Parish of ORNL's LAMDA is advancing materials for nuclear safety, probing atomic structures and contributing to reactor development with his expertise in electron microscopy and problem-solving skills.

ORNL's 2024 achievements encompass energy tech, material science, and environmental studies, including breakthroughs in wireless EV charging, sustainable materials, and carbon uptake analysis.

Researchers at INL and ORNL have improved the inspection of 3D-printed nuclear parts, accelerating material evaluation using a new software algorithm.

The ORNL Molten Salt Reactor Workshop marked its 10th anniversary, focusing on future innovations in nuclear energy and celebrating a decade of progress in MSR technology.

Ryan Culler at ORNL has shifted from a prospective astronomy career to managing the production of medical isotopes, such as Ac-225, to combat cancer, fueled by personal loss and dedication to the cause.

Phong Le develops advanced flood-risk simulations using a variety of data, working at ORNL to improve water-related disaster forecasts and management.

Researchers have developed a simulation method to disperse runaway electrons in nuclear fusion reactors, potentially solving a major challenge in achieving sustainable fusion energy.

Nick Sokol of Algaeo collaborates with ORNL to create organic fertilizers from microalgae, aiding soil health, food security, and offering an alternative to synthetic fertilizers.

Emrullah Aydin of ORNL has been elevated to senior member status at the IEEE, honoring his contributions in power electronics, including setting a wireless power transfer record.

The article discusses the early internet's promise of connectivity and knowledge sharing and its fulfilment, alongside the rise of cybercrime, prompting a need for secure and trustworthy digital interactions.

ORNL demonstrated a quantum network with automatic polarization compensation, ensuring stable signal polarization and signal integrity over EPB's fiber optics for more than 30 hours, enhancing security and capacity for future quantum internet.

P&G utilized a supercomputer to develop safer and more concentrated detergent formulas, avoiding traditional testing in favor of computational predictions.

ORNL has created an advanced automated system for testing semiconductor devices, offering comprehensive diagnostics and efficient evaluation across various conditions.

ORNL researchers have created a method to transform waste plastics into high-performance materials by editing the polymers, offering a recycling solution that maintains value.

Melissa Cregger received the prestigious PECASE award for her work on plant-microbe-soil interactions at ORNL, showcasing her potential in science and engineering.

Knoxville joins the DOE's Charging Smart program, bolstering its electric vehicle infrastructure without direct funding but with policy and technical assistance.

Massimiliano "Max" Lupo Pasini received the NERSC High Performance Computing Achievement Award for his innovative work on HydraGNN, an AI tool for material design.

Duke University researchers improved solid-state batteries using a material called Li6PS5Cl, suggesting safer, faster-charging, longer-lasting batteries. Neutron scattering and simulations showed lithium ions move easily through the material.

The Oak Ridge National Laboratory has developed AI technology that reduced the time to process cancer pathology reports from 22 to 14 months, potentially accelerating cancer detection and response.

Researchers at ORNL completed the Energy I-Corps program, working on a carbon capture system called Green Capture, aiming to commercialize their sustainable technology.

ORNL researchers led by Hsuan-Hao Lu have developed a pioneering quantum gate, improving quantum network resilience against errors and advancing quantum computing and communication.

Neus Domingo Marimon of Oak Ridge National Laboratory has been named a senior member of IEEE for her significant technical and professional achievements.

Hugh O'Neill uses neutron beams at ORNL to study biological materials, potentially advancing biofuel production by understanding cellulose synthesis at the molecular level.

Registration for the 2025 Quantum Summer School at Purdue University is open until Feb. 28, featuring rigorous training and collaboration in quantum science.

ORNL researchers developed a chip integrating quantum photonic capabilities, advancing towards a practical quantum internet and scalable quantum networks, as reported in Optica Quantum.

ORNL held an HPC Crash Course at SC24, offering students hands-on experience with supercomputers Frontier and Anvil, highlighting DOE's commitment to scientific and educational advancement.

Oak Ridge National Laboratory researchers have unveiled a new method for predicting nuclear structures using the Frontier supercomputer, as detailed in their study in Physical Review X.

The U.S. Department of Energy and OpenAI collaborated at Oak Ridge National Lab, aiming to advance AI technology and maintain U.S. leadership in the field.

Researchers at ORNL developed a new method to measure magnetic fluctuations at the nanoscale using a scanning NV center microscope, enhancing understanding of magnetic thin films for advancing computing technologies.

Energy Secretary Chris Wright emphasized the urgency of AI development during his visit to ORNL, likening it to a modern "Manhattan Project" and reviewing the lab's contributions to energy, supercomputing, and tech innovation.

Pablo Moriano, a research scientist at ORNL, has been named a senior member of the ACM, highlighting his professional achievements and expertise in computing.

Scientists from nine national labs tested AI models from OpenAI and Anthropic on scientific challenges during the "1,000 Scientists AI Jam Session" at ORNL.

GSU researchers use DOE's Summit supercomputer to advance understanding of DNA repair, focusing on the nucleotide excision repair process, which may help combat diseases like cancer.

Researchers at ORNL and Hungary study the drought-resilient Never Never plant to improve crop resistance, using neutron scattering to analyze the plant's water conservation mechanisms.

ORNL researchers have developed a method to monitor chemical changes in molten salt in real-time using laser-induced breakdown spectroscopy, aiding advancements in molten salt reactor technology.

ORNL hosted a training on nuclear safety, focusing on nondestructive assay techniques for detecting fissile material in equipment, to enhance nuclear accountability and criticality safety.

The DHS and ORNL are developing tech to rapidly detect plant diseases and pests in US agricultural imports, aiming to safeguard agriculture and minimize commercial disruption.

The US Army is collaborating with ORNL to develop advanced nuclear systems, focusing on microreactors for military installations and national security.

Miaofang Chi and Rigoberto "Gobet" Advincula of ORNL were named Fellows of the Materials Research Society for their contributions to materials research.

Jairus Hines at ORNL blends his hobby with his career to develop drone-based radiation detection systems, enhancing national security and emergency response while minimizing risk to humans.

ORNL researchers explore quantum computing for fluid dynamics; the study highlights potential benefits and current challenges, with ongoing research needed for practical application.

Researchers combined neutron scattering and simulations to study butanol's toxic effects on fermentation microbes, offering insight into biofuel production efficiency.

A team from ORNL and University of Tennessee has developed a memory management tool for supercomputers, improving data storage efficiency and performance on machines like the exascale supercomputer Frontier.

Dave Weston at ORNL explores plant resilience using APPL's robotics and AI, with findings like the 'Booster' gene in poplars, and anticipates an underground imaging station to study root systems.

Five Oak Ridge National Laboratory scientists were named AAAS fellows for their outstanding contributions in physics, microbial ecology, chemical sciences, chemistry, and plasma physics.

Troy Carter leads ORNL’s Fusion Energy Division, aiming to realize fusion energy, overseeing research projects like MPEX, and fostering partnerships in the fusion community.

Oak Ridge National Laboratory announces a series of community nature walks focusing on the local ecosystem's biodiversity, starting with wildflowers and forests.

ORNL has made progress in nuclear thermal rocket technology, which could accelerate NASA's Mars missions with new fuel coatings tested in a reactor at Ohio State University.

New RNA biosensor technology at Oak Ridge National Laboratory allows real-time monitoring of gene expression in plants, enhancing agriculture and biosecurity.

Scientists at Oak Ridge National Laboratory have created a biosensor that allows real-time tracking of RNA in plant cells, aiding in crop improvement and pathogen detection.

Daniel Jacobson of ORNL has been honored as an AIMBE Fellow for his advanced work in computational biology using big data and supercomputing for biological network analysis.

Oak Ridge National Lab received the FLC State and Local Economic Development Award for their "Fossil Fuels to Fusion Energy" initiative, and five other projects were also recognized for technological advancements.

The German-American Frontiers of Engineering Symposium at ORNL aimed to strengthen international collaboration, focusing on a "Digitally Connected World." Participants explored technology advances and the importance of global partnerships.

ORNL and Vanderbilt University are discussing collaboration in biomedical research and biotechnology, with a focus on pharmacology, AI in healthcare, and medical isotopes.

Physicist Fehmi Yasin is advancing the study of quantum materials using electron microscopy at ORNL, focusing on magnetic spin textures for quantum computing applications.

ORNL researchers are developing smart tracking systems for the secure transportation of medical radioisotopes, using 3D printing and electronics to monitor shipments and ensure safe delivery for medical usage.

ORNL acquires new mass spectrometry equipment, enabling more detailed analysis of microbial systems, and boosting biological research efficiency and accuracy.

Vilmos Kertesz receives the 2025 Al Yergey Mass Spectrometry Award for his impactful work in analytical chemistry and mass spectrometry, including pioneering techniques in molecule detection and with 21 patents to his name.

Jonaaron Jones, from studying at the University of Tennessee to Beehive Industries' president, has advanced aerospace additive manufacturing, fueled by a partnership with ORNL's MDF, spurring innovation and job growth.

ORNL scientists are studying microbial ecosystems in Populus tree roots to improve energy crops and the bioeconomy, creating synthetic communities to understand plant-microbe interactions.

D-Wave's Advantage2 quantum computer outperformed a classical supercomputer at ORNL in simulating magnetic materials, showcasing quantum computing's growing capabilities in specific simulations.

Zoos, aquariums, and farms are increasingly using acupuncture for animals, reflecting its mainstream integration into veterinary care for pain management and overall well-being, as reported by the University of Tennessee.

Researchers at ORNL and UC Boulder used gene-silencing to improve stress responses in photosynthetic bacteria, potentially accelerating the development of biofuels and bioproducts.

Jesse Labbé is the new director of ORNL's Biosciences Division, focusing on linking scientific discovery with practical applications in various sectors, including energy and healthcare.

OU and ORNL opened an additive manufacturing center in Norman, Oklahoma, focusing on aerospace and national defense research and economic development.

ORNL developed a machine learning predictive model to simulate the electrical grid's response to fluctuations, maintaining accuracy with less than 5% error while protecting proprietary technology details.

Six projects at Oak Ridge National Laboratory received NAIRR and INCITE awards for AI foundation models advancing scientific research in areas including energy, cancer screening, and natural disaster monitoring.

Researchers at ORNL have improved the strength of large-scale 3D prints by reducing internal porosity by 75% using a new vacuum-assisted extrusion method.

ORNL researchers have developed a new imaging method to study ferroelectric materials, key to more energy-efficient electronics, by observing domain wall behavior.

ORNL hosted an AI expo with over 200 experts, focused on AI's role in science. Keynotes, demos, and a hackathon featured, highlighting AI's transformative impact and fostering collaboration.

DELERIA is a new data streaming platform from the Lawrence Berkeley and Oak Ridge national labs, set to accelerate nuclear physics data analysis from hours to seconds, and will operate with GRETA in 2026.

The ORNL and Geovox Security Inc. partnership has enhanced security with the Heartbeat Detector for detecting hidden persons in vehicles, now improved with cloud-based software for broader use.

Scientists at Oak Ridge National Laboratory and NC State University have simulated the real-time movement of tens of thousands of electrons, advancing understanding of material responses at the atomic scale.

UT-Battelle donates $475,000 to Oak Ridge High School's STEM program for advanced manufacturing tools and support, boosting AI and robotics education.

Oak Ridge National Laboratory has developed a new method for producing metal molds through 3D printing for the automotive industry, potentially increasing efficiency and reducing waste.

ORNL is researching ultra-high-temperature ceramics (UHTCs) for their potential in fusion reactors, focusing on their high melting points and resilience to extreme heat and radiation.