Current direct observation of sensitive battery materials and interfaces primarily relies on two-dimensional (2D) imaging, leaving out their three-dimensional (3D) relationship. Here, we used...

Here, we present an AIE-based strategy for quick and sensitive pea variety selection in stressful environments.

Inspired by how chain-like additives (e.g., polymers) thicken common fluids, the current work demonstrates that a ceramic nanowire network can significantly enhance the viscosity of molten metal. The...

The role of trace elements in strengthening tooth enamel across scales remains unclear. By feeding bamboo rats with diets that modulate iron intake, we created enamel with different iron contents. We...

We report mild and high-efficiency propranolol synthesis with ≈100% conversion and ≈100% selectivity in less than 4.63 s at 23°C by optimizing the interlayer spacing of amine-functionalized membranes...

Cells read chemical landscapes to decide where to grow. This study unveils a “chemical canvas” where hydrogels continuously make RNA while surrounding enzymes erase it, letting any arrangement of gel...

Refractory high-entropy alloys (RHEAs) are one of the best alternatives to Ni-based superalloys,whichhave significantly attracted the attention of researchers. However, to apply RHEAs to engineering...

DAC of CO2 using porous materials holds promise for achieving net-zero emissions but is hindered by slow, inaccurate simulations. We integrate machine learning models into simulation workflows to...

Two-dimensional hierarchical mesoporous carbon/MXene heterostructures with high surface pore curvature were successfully constructed via a stable-monomicelle-assisted interfacial assembly strategy....

2D iodinene has been theoretically proposed and identified as a promising candidate for topological 2D materials. However, it faces the challenge of developing a reliable synthesis for atomically...