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Science Highlights
Computing Nuclei Properties at Lightning Speed
A fast, new approach to complex theoretical analysis of the bulk properties of atomic nuclei brings analysis to personal computers.
Lab-Created Shock Waves Mimic Supernova Particle Accelerators
New laser-driven experiments and numerical simulations reveal an electron acceleration mechanism relevant to young supernova shock waves.
Machine Learning Probes 3D Microstructures
Machine learning-based algorithm characterizes materials’ microstructure in 3D and real time.
Intense Light Pulses Bounce on a Crystalline Bed without Rumpling the Atomic Blanket
X-ray scattering measures the positions of atoms as they vibrate in a two-dimensional cover sheet.
Linking Properties to Defects in 2D Materials
Scientists reveal oxygen’s hidden talent for filling atomic gaps in 2D semiconductors and the surprising role of electron spin in electronic conductivity
Nanocages Trap and Separate Elusive Noble Gases
Material traps noble gases at above-freezing temperatures, a difficult and important industrial challenge.
Stretched to the Limit and Sparkling on Curved Surfaces
Growing two-dimensional crystals on curved surfaces introduces strain to control the crystal’s light emission.
Climbing the Staircase to Fusion
Forming a staircase in the edge of the plasmas can boost the performance of a fusion reactor
Breaking Through Computational Barriers to Create Designer Proteins
Using advanced computing, scientists designed protein pairs that perfectly complement each other
Simulations Identify Importance of Atomic-Level Distortions in Certain Fuel Cell Materials
Researchers determine how to design better materials for energy storage.
Summit Charts a Course to Uncover the Origins of Genetic Diseases
Researchers create the most complete model yet of complex protein machinery.
