@tsinghuauniversity.bsky.socialCan #AI code test and fix bugs autonomously? #InnovativeTsinghua team open-sources VeriLoop Coder-E1. Powered by a self-driven closed-loop #agent framework, it unifies code generation and error correction, advancing repository-level agentic software engineering.
@tsinghuauniversity.bsky.socialWhat drives New Particle Formation (NPF) in our cities? Prof. He Kebin and Jiang Jingkun’s #InnovativeTsinghua team reviewed advances in urban atmospheric research, showing how acid-base reactions and organic molecules drive #NPF, with implications for air quality and #climate modeling.
@tsinghuauniversity.bsky.socialA fairer road to cleaner cities! Prof. Zhang Shaojun's #InnovativeTsinghua team found that electrifying commercial fleets could provide more equitable #health benefits than passenger #EVs. By 2030, commercial EVs could account for 71% of health benefits.
More: bit.ly/4bMpWtI
@tsinghuauniversity.bsky.socialHow low can we go in the search for dark matter? Prof. Gao Fei's #InnovativeTsinghua team used 7.83 tonne-years of data to search for light #darkmatter via ionization signals. The study brings liquid-xenon searches closer to the neutrino-background frontier.
More: bit.ly/4gb53tx
@tsinghuauniversity.bsky.socialFrom #eye images to genes. #InnovativeTsinghua team led by
Prof. Tien Yin Wong co-developed Retina4IRD, an AI system that predicts candidate genes for inherited retinal #diseases. Validated in a multicenter randomized trial, it significantly improves prediction accuracy.
More: bit.ly/4qkFWt4
@tsinghuauniversity.bsky.socialHow much can a tiny #robot do? #InnovativeTsinghua team has built submillimeter untethered magnetic actuators that manipulate objects and estimate local fluid viscosity in situ, opening new paths for sensing and intervention in complex #biological environments.
More: bit.ly/4g80bFy
@tsinghuauniversity.bsky.socialWhat if the camera bump on our phones disappeared? #InnovativeTsinghua team replaces #lenses and free-space focusing with a 12.2-µm nonlocal thin film, bypassing the imaging thickness limit. This ultracompact design could reshape endoscopy, machine vision, and wearable sensing.
More: bit.ly/4qi2Y3A
@tsinghuauniversity.bsky.socialSmarter models for #materials discovery! Prof. Xu Yong and Prof. Duan Wenhui's #InnovativeTsinghua team developed DeepH-R, using real-space Kohn-Sham potentials to improve electronic-structure prediction. Its foundation model achieves sub-meV accuracy across diverse materials.
More: bit.ly/4bFRNvM