The latest phase of the Radiation Transfer Model Inter-comparison (RAMI-V) aimed to improve the accuracy of radiative transfer models (RTMs) used for simulating radiation measurements over plant canopy surfaces. 

Scientists develop a groundbreaking waste-to-carbon technology for efficient CO₂ capture from shrimp shells, heads, and intestinal tracts.

Researchers at Beijing Institute of Technology have experimentally demonstrated anomalous topological pumping in hyperbolic lattices - a phenomenon impossible in conventional materials and Euclidean structures. Published in Science Bulletin, this work reveals how these curved-space structures can simulate high-dimensional quantum physics while exhibiting unique boundary-dependent transport.

This paper presents the first demonstration of introducing 1,3-dithiane as a multifunctional additive into carbonate-based electrolytes. Through a unique "polarity reversal" mechanism and anion regulation effect, it simultaneously constructs inorganic-rich, high-ionic-conductivity interfaces on both cathode and anode. The Li||LiFePO₄ cells assembled with this strategy achieved a remarkable 83.6% capacity retention after 3,300 cycles at 1C rate, while Ah-level pouch cells exhibited a 10-fold improvement in cycle life.

A study led by Jun Cheng from Xiamen University and collaborators introduces a new workflow for recommending relay catalysis pathways. The workflow uses large language models (LLMs) to extract and organize catalytic reaction data, and combines this with a self-built catalysis knowledge graph (Cat-KG). The system automatically filters and recommends high-quality, traceable multi-step pathways, helping researchers design catalytic reactions more efficiently.

POSTECH and SNU Discover Breakthrough Material for Carbon-Free Hydrogen Production.