Kaiying Zhao
Papers
1
Total Citations
2
H-Index
1
About
Kaiying Zhao is a pioneering researcher in bioelectronics and wireless power transfer, with a focus on developing untethered systems for biomedical applications. Their most-cited work introduces an innovative approach to omnidirectional wireless power transfer using magnetoelectric composite transducer arrays, enabling efficient energy delivery to implantable bioelectronic devices without the constraints of alignment or orientation. This breakthrough, published in 2026, has already garnered 2 citations, signaling its emerging impact in the field. Zhao’s contributions address critical challenges in powering next-generation medical implants, such as neural stimulators and biosensors, by enhancing reliability and miniaturization. Their research bridges materials science, electromagnetics, and biomedical engineering, offering a scalable solution for long-term, battery-free operation. Notable achievements include the design of transducer arrays that leverage magnetoelectric effects to achieve high efficiency across varied spatial configurations, a key step toward practical clinical adoption. Zhao’s work is particularly relevant for students and researchers exploring wireless energy systems, implantable electronics, and magnetoelectric materials, providing a foundation for future innovations in autonomous bioelectronic therapies.
Research Focus
Key Achievements
Top Papers
- 1