Tongji University

Guangdong Zhongsheng Pharmaceutical Co., Ltd

Yunhui Li

Shuhui Chen

Hao Wu

Jun Jiang

Hong Chen

Chaofeng Long

Xiaoxin Chen

Zhuowei Liu

Jun Lin

Changqing Wei

Haitao Jiang

Lijuan Chen

Yong Sun

Zhiwei Guo

Kejia Zhu

The present invention provides a multi-load wireless power transfer system based on high-order Anti-PT symmetry. By introducing a 'W-shaped' anti-resonance mode into a basic WPT platform, an effective Anti-PT non-Hermitian system is conveniently constructed. The “level attraction” of the anti-resonance mode is combined with the “level splitting” of the anti-resonance mode and the resonance mode, to study the “level pinning” effect of high-order Anti-PT symmetry. Compared with the traditional resonant WPT, the anti-resonant WPT has higher security, stability, transfer efficiency, and flexibility. Considering the miniaturization and integration of devices, a “meta coil” is designed by using a “synthetic dimension”, and used to construct a high-order Anti-PT symmetric system, thereby achieving multi-load efficient WPT. The new WPT technology based on the “level pinning” effect of high-order Anti-PT symmetry provides a good application research platform for enriching non-Hermitian physics.

Multi-load wireless power transfer system based on high-order anti-PT symmetry

Disclosed are quinoline derivatives as hedgehog pathway inhibitors, especially as SMO inhibitors. Compounds of the present invention can be used in treating diseases relating to hedgehog pathway including cancer.

Quinoline derivatives as SMO inhibitors

Growing community of inventors

Shanghai, China

Yunhui Li