NSLS-II Science Highlights
Understanding Superconductivity via Atomic Lattice Fluctuations
Researchers use X-rays to measure slow, subtle fluctuations of the lattice of a high-temperature (Tc) superconductor.
Scientists Tune Soft Material to Change Shape in Multiple Ways
Scientists program liquid crystal elastomers with the ability to change shape in multiple directions using only temperature shifts.
Studying the Effects of 'Microstrain' on Battery Materials
Researchers uncover insight into how structural defects form and affect the performance of two battery cathode materials.
Small-Molecule Binding and Sensing through AI-Driven Protein Design
Researchers used deep-learning tools to design proteins capable of binding and sensing diverse small molecules with high precision.
Insights into Preceramic Polymer-Based Inks for 3D Printing
Researchers explore a promising route to better feedstocks for 3D printing that could lead to better 3D-printed products.
Renewable Catalysts for the Reduction of CO to Methanol
The reduction of carbon monoxide to methanol was achieved using renewable organic hydride donors, ruthenium complexes, and light.
Optimizing "Dwell Time" for Higher Quality Optical Lenses
Researchers propose a way to optimize dwell time in the computer-controlled fabrication of high-end optical surfaces.
Spintronics in a 2D Intermetallic Material
Researchers found electrons coupled to magnetism in the 2D "intermetallic" cerium silicon iodide (CeSiI).
Innovative Dual-Gradient Cathode Achieves High Voltage and Capacity
Researchers design ultrastable cathode for Li-ion batteries that mitigates strain and improves thermal stability under high voltage.
New Class of RAS Inhibitors Could Treat Many Cancers
Researchers describe the RAS(ON) multi-selective inhibitor RMC-7977, which targets the frequently mutated RAS oncogenes in tumors.
Studying Excitons in a Novel Magnetic Material
Researchers studied the nature and propagation of "excitons" in a van der Waals (vdW) magnetic material.
Multimodal X-Ray Imaging of Single Cell Reveals Complex Inner Workings
Scientists develop a novel method to image a single cell, achieving nanometer resolution without damaging delicate organelles.
