Xiaosong Li

The Breit contribution to correlation energy can reach 4% for heavy elements like xenon, revealing critical insights into relativistic effects in quantum chemistry.

Adverse weather conditions can significantly degrade image quality, but our mask-guided MMIF method achieves superior feature restoration and interaction, setting a new benchmark in the field.

Transforming complex relativistic integrals just got easier—this new quaternion-based method slashes computational costs while boosting scalability for large-scale electronic structure calculations.

Stop generating text-to-SQL training data that *runs* but is semantically wrong: this new framework finally aligns synthesis with database semantics.

Numerically exact relativistic quantum chemistry calculations are now possible in large active spaces, revealing the accuracy (or lack thereof) of common approximation methods.

Achieve state-of-the-art infrared and visible video fusion by decoupling high-frequency detail preservation from low-frequency temporal stability.