Tianmushan Laboratory

Trillion-scale integrated framework for high-throughput materials databases and seamless sharing

Abstract Artificial intelligence is accelerating materials discovery, yet for complex systems such as high-entropy alloys, exhaustive exploration of their immense composition spaces is computationally intractable. Here we propose an integrated framework that enables large-scale e...

Modulating Activation Strain Thresholds in Mechanochromic Polymers through the Prestretching Strategy

Abstract Mechanochromic polymers provide a powerful tool for visualizing stress distribution and signaling mechanical damage through force-induced optical responses. However, their practical applications are often restricted by the relatively high activation strain threshold, whi...

Atmosphere‐Controlled Valence Engineering of Eu in Aluminate Crystals Enabling High‐Performance Temperature Sensing and Flexible X‐Ray Imaging

ABSTRACT Developing scintillators that simultaneously deliver high light yield, radiation stability, flexibility, and environmental sustainability remains a long‐standing challenge, while optical thermometry is further limited by narrow working ranges and insufficient sensitivity...

A Sustainable Brand‐New Thermoelectric Cooling Material: High‐Mobility Diamondoid Cu 3 SbSe 4 Crystal

ABSTRACT Diamondoid Cu 3 SbSe 4 is an earth‐abundant thermoelectric material with strong potential for near‐room to mid‐temperature applications. However, its performance has been limited by intrinsically low carrier mobility. Here, we report the first successful growth of large‐...

Molecular dynamics study of high-temperature creep in carbon-rich amorphous silicon carbide: The role of local coordination

The high-temperature creep resistance of polymer-derived carbon-rich amorphous silicon carbide (a-SiC) is critical for its application in extreme environments; however, the atomistic origins of its viscoplastic flow remain debated. In this study, molecular dynamics simulations co...