# -joint first author; *-corresponding author

（8）L.J. Zhou#, Z.Y. Wu#, M.B. Sun, J. Park, M.D. Han, M. Wang, J.S. Yu, Z.F. Di, Y.F. Mei, W.B. Bai*, X.G. Yu*, K.J. Yu*, E.M.Song*, Flexible, ultrathin bioelectronic materials and devices for chronically stable neural interfaces, Brain-X, 2023,1:e47.

（7）E.M.Song*, Soft, biocompatible materials and skin-like electronics as wearable devices: an interview with John A.  Rogers, National Science Review, 2023, 10(1):nwac191. 

（6）M.G.Wu, K.M.Yao, N.G.Huang, H.Li, J.K.Zhou, R.Shi, J.Y.Li, X.C.Huang, J.Li, Z.Gao, T.H.Wong, D.F.Li, S.H.Hou, Y.M.Liu, S.M.Zhang, E.M.Song*, J.S.Yu*, X.G.Yu*, Ultrathin,  Soft,  Bioresorbable Organic Electrochemical Transistors for Transient Spatiotemporal Mapping of Brain Activity, Advanced Science, 2023, e2300504. 

（5）S.C.Han, M.C.Zou, X.X.Pu, Y.F.Lu, Y.C.Tian, H.J.Li, Y.Liu, F.G.Wu, N.G.Huang, M.H.Shen, E.M.Song*, D.Wang*, Smart MXene-based bioelectronic devices as Wearable Self-powered Health Monitor for Sensing Human Physiological Signals, View, 2023, doi:10.22541/au.167407893.37415497/v1.

（4）Y. Lu, H. Zhang, E.Song*, Soft Wearable Devices for Evaluation of Biological Tissue Mechanics, Materials Today Electronics, 2023 (Invited, In preparation).  

（3）S.Han, Q.Zhao, Y.Ding, J.Quan, Y.Zhang, F.Wu, Y.Lu, H.Li, D.Wang, E. Song*, Flexible, Active P-typed Copper(I) Thiocyanate (p-CuSCN) films as Self-powered Photodetectors for Large-scale Optoelectronic Systems, Materials Today Electronics, 2023 (Invited, Under Review).  

（2）J.Cao, X.Liu, J.Qiu, Z.Yue, Y.Li, Q.Xu, Y.Chen, J.Chen, G.Xing, E.Song, M.Wang*, Q.Liu*, M.Liu, Anti-friction artificial skins enabled by interfacial diffusion-induced cohesion, Science Advances, 2023 (Submitted).

（1）S.C.Han, Q.Q.Zhao, Q.Hou, Y.P.Ding, J.L.Quan, Y.X.Zhang, F.Y.Wu, Y.F.Lu, H.H.Zhang, H.J.Li*, D.Wang*, E.M.Song*, Flexible, active P-typed copper(I) thiocyanate (p-CuSCN) films asself-powered photodetectors for large-scale optoelectronic systems, Materials Today Electronics,5, 100048(2023)