Vol. 57, No. 2, (Fall 2024)
- Editorial: Tennessee hosts a resurgent nuclear industry
- To the Point: ORNL scientists unveil secrets of promethium, flooding model created to help urban planners, neutron analysis boosts solid-state cooling materials
- Nuclear is Here: Nuclear is here ... and here and here, nuclear industry gets a boost from Tennessee government, East Tennessee may become a hub for nuclear medicine, paving paths for a new nuclear workforce
- Early Career Scientists: Early career researchers win big
- Focus on Neutrons: Neutrons score electrochemical win for carbon-neutral ammonia, 3D-printed turbine blades a first
- Focus on Manufacturing: 3D-printed turbine blades a first
- Focus on Grid: Medium-voltage research promotes clean, reliable power
- Infographic: Tennessee's nuclear renaissance
- Focus on Computing: Custom software speeds up, stabilizes high-profile ocean model; illuminating the mechanics of solid-state batteries
- Focus on Buildings: Study projects massive savings from geothermal heat pumps; additive boosts building heating, cooling tech
- Focus on Physical Sciences: Research shows novel uses for hafnia, super supercapacitor sets energy-storage record
- Why Science? Young researchers explain
- Time Warp: ORNL’s nonproliferation history
- Research Insights: AI of the Future: Impact of Artificial Intelligence Modeling
Vol. 57, No. 1, (Spring 2024)
- Editorial: UT partnership takes us into the future
- To the Point: Genome editing tool honed for better renewables, improving graphite used in molten salt reactors, neutrons offer insights into battery advances
- University of Tennessee and ORNL: Still collaborating after all these years, an institute to supercharge the UT-ORNL alliance, UT-ORII’s new leader looks forward to groundbreaking research, Governor’s Chairs program attracts scientific luminaries, doctoral students look beyond academia
- Focus on Computing: ORNL’s Titan helps simulate influenza virus, autocoding cancer
- Focus on Neutrons: ‘Neutron camera’ method captures atomic-scale activity in a flash, 50 years after NASA Apollo missions, moon rocks still have secrets to reveal
- Focus on Biology: Producing biofuels for jets
- ORNL in the community: ORNL supports Puerto Rican microgrids
- Focus on Physical Sciences: Simulation code aids high energy physics research, ORNL teams with Army to improve welds
- Why Science? Young researchers explain
- Time Warp: Physicist Frances Pleasonton joined early ORNL studies of the neutron
- Research Insights: Additive Manufacturing the Future Part II: Improving the Process
Vol. 35, No. 3, ( 2002)
New Pathways to Research- Materials Research at ORNL: A Distinguished Past, A Bright Future (Editorial by Jim Roberto)
- HTML User Centers Help U.S. Industry
- HFIR’s Cold Neutrons for New Materials Insights
- SNS Instruments for Materials Research
- Leading Nanofab Lab for ORNL
- Mapping Materials in 3D Using X rays
- Seeing the Unseen in a New Microscope Lab
- Environmentally Quiet Building
- Award-Winning Characterization Tool
- From Ordinary Alloys to Extraordinary Materials
- Niche Applications for ORNL’s Nickel Aluminides
- ORNL Breaks into Metallic Glass Field
- Materials Processing Using ORNL’s Powerful Lamp
- Making Better Billets
- Synthesizing Polymers to Make Sensors
- Nanoporous Materials for Novel Catalysts
- Exploring Carbon Nanotubes
- Self-Assembled Film for Aligning Carbon Nanotubes
- How Do Carbon Nanotubes Grow?
- Carbon Nanotubes and Chemistry
- Improving Superconductors and Semiconductors
- Unlocking Mysteries of the Nanoscale
- Neutron Science, Nanoscience, and New Simulations
- Predicting a Model Weld
- Novel Materials for Homeland Security
- Hot Spotter: Detecting Radiation from Suspicious Packages
- Faster Computers through Carbon Foam?
Vol. 35, No. 2, ( 2002)
Energy Security- Editorial: Energy Security—Providing Secure Energy Supplies and Protecting Our Energy Infrastructure
- Nuclear Energy: Assuring Future Energy Supplies
- Methane Extraction and Carbon Sequestration
- Gas Pipeline Safety: ORNL’s Role
- Energy from Biomass: Nature’s Power
- Fuel Cells for Buildings and Vehicles
- Clean Coal Power Technologies
- ORNL and Oil Research
- Water and Energy Security
- The Future of Fusion Energy: Meeting National Energy Goals
- ORNL Technologies for Energy Infrastructure Assurance
- Optical Seals for Containers
- Responding to Energy-Related Emergencies
- Power Grid of the Future
- Improving the Global Standard of Living: Aid from ORNL
Vol. 35, No. 1, ( 2002)
Supercomputing for Science- Supercomputing for Science—ORNL’s Commitment to Scientific Discovery
- A National Resource at ORNL: Supercomputers Support Superb Science
- ORNL’s Powerful Tools for Scientific Discovery
- New Home Planned for 10-Teraflops Supercomputer
- Developing Computer Tools for Scientists
- ORNL Leads Effort to Build Better Supercomputer Centers
- From the Stone Age to the Lego Block Age of Computing
- ORNL, IBM, and the Blue Gene Project
- Evaluating Supercomputer Performance
- Retaining and Retrieving Data More Effectively
- Networking: Making Faster Connections among Supercomputers
- Networking for More Powerful Supercomputers
- Visualization Tools: Interacting with Data in Many Dimensions
- Collaborations and Partnerships
- Modeling Magnetic Materials
- The Science Grid
- Designing Electronic Devices Using Supercomputers
- Simulating Supernovae on Supercomputers
- Probing Cells by Computer
- Modeling Blood Flow during CPR
- World-Class Climate Modeling
- SciDAC Funding for Local Climate Modelers
- Chemical Experiments and Predictions by Computer
- Computer Modeling Aids Understanding of Plasma Physics
- Car Crash Simulations May Improve Vehicle Efficiency
- Evaluating Vehicle Emissions Controls
- Computer Modeling and Homeland Security