Highlights
- Smart Molecule Reveals Surface Structure and Reactivity of Ceria Nanoshapes
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Condensed phase growth of nanooysters from Fe-decorated single-wall carbon nanohorns
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Can it be made? Predicting synthesizable, high-response oxide piezoelectrics
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Effects of three-nucleon forces and scattering states shape exotic isotopes of oxygen and calcium
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Measuring the gyromagnetic factor of the 2+ state in 126Sn via the transient field technique
- Book Highlights Scientific Progress in Solvent Extraction Related to Nuclear Fuel Recycle
- Probing cometary effects in proton-rich radioactive nuclei
- Making sense of “Aluminum-26 Light”
- Self-healing Diffusion Quantum Monte Carlo Algorithms: Direct Reduction of the Fermion Sign Error in Electronic Structure Calculations
- Angle Neutron Scattering Study of Conformation of Oligo(ethylene glycol)-Grafted Polystyrene in Dilute Solutions: Effect of the Backbone Length
- Structural Surprises Above Double-magic 100Sn
- Direct Imaging of Catalyst Evolution with Atomic Resolution
- Center for Defect Physics in Structural Materials
- Interfacial Oxide Heterostructures: Converting and Manipulating Energy Quanta by Interfacing
- Mechanistic Study of the Thermal Decomposition of Lignin Model Compounds: A synergy between experiment and simulation
- Low Activation Materials Development and Analysis
- Seeing the Real World through Ambient Mass Spectrometry-Based Chemical Imaging
- Revolutionary Advances in Energy Technologies: High-Temperature Superconductors
- Structure and Interfacial Dynamics of Electrical Energy Storage Materials
- Phenix Paper Becomes Renowned
- Pulsed Laser Dewetting of Patterned Thin Metal Films: A Means of Directed Assembly
- Zinc Oxide Microtowers by Vapor Phase Homoepitaxial Regrowth
- Lignin Thermal Decomposition Explained Through New Computational Studies
- Synthesis Science: Exploring the Role of Charge in Foundation of Metal Clusters on Nanostructured Carbons
- Research at ORNL is Coupling Mass Spectrometry and Planar Separations
- Self-healing Diffusion Quantum Monte Carlo Algorithms: Direct Reduction of the Fermion Sign Error in Electronic Structure Calculations
- Thermomagnetic Processing Technology
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