I feel incredibly grateful @CranfordMATTER and honored to see our exciting work published in Matter @Matter_CP , a highly prestigious and leading journal in the materials science community.
The cover of this month's issue of Matter by Cell Press features the inspired work of @JunChenLab from @UCLA:
"Self-powered magnetoelastic tents for sustainable energy access in unhoused communities"
(link to paper in comments below)
@UCLAengineering@UCLA@UofCalifornia@BioEngUCLA@UclaCBE@MSEucla Beyond this wonderful award, I am especially thrilled that my PhD student, Guorui, has been directly appointed as a tenure-track Assistant Professor at @UNC , transitioning straight from his PhD to an independent faculty position without postdoctoral training.
Beyond these wonderful awards, I am especially thrilled that my PhD student, Guorui, has been directly appointed as a tenure-track Assistant Professor at @UNC, transitioning straight from his PhD to an independent faculty position without postdoctoral training.
Congrats to the @UCLA@UofCalifornia student recipients of the 2026 Edward K. Rice Outstanding Student Awards: Guorui Chen Ph.D. ’25 @BioEngUCLA, Fang Zhou M.S. ’25 @UclaCBE, Isabella He ’25, M.S. ’25 @MSEucla, and Natalie Tsubamoto ’25 @BioEngUCLA! https://t.co/HEqTbF4kls
Congrats to the @UCLA@UofCalifornia student recipients of the 2026 Edward K. Rice Outstanding Student Awards: Guorui Chen Ph.D. ’25 @BioEngUCLA, Fang Zhou M.S. ’25 @UclaCBE, Isabella He ’25, M.S. ’25 @MSEucla, and Natalie Tsubamoto ’25 @BioEngUCLA! https://t.co/HEqTbF4kls
For an innovative piece of materials science and electrical engineering, take a look at our most recent paper in the area of bioelectronics, published today in the current issue of Nature Electronics – “A Wirelessly Powered, Light-Controlled, Bioresorbable Stimulation System With Programmable Polyphasic Waveforms.” https://t.co/zpmKA5zDiR. Here, we introduce a scheme in which light illumination serves as a mechanism for precisely shaping the temporal and spatial profiles of electrical stimulation delivered to targeted tissues by a battery-free, flexible implant. The work includes not only detailed studies of all of the aspects in engineering science but also elaborate examples in advanced forms of control of cardiac rhythms and respiratory patterns, via cardiac pacing and phrenic nerve stimulation, respectively. The key to device operation is in the combined use of small-scale coils for radio frequency power transfer and miniaturized bipolar junction transistors for optical modulation – all constructed in materials that support high-performance operation but are uniquely defined by their ability to dissolve naturally and harmlessly inside the body following stable operation over a clinically relevant timeframe for treatment of temporary patient conditions. The paper is the result, primarily, of the efforts of a remarkably talented pair of former postdoctoral fellows in the group – Prof. Jong Uk Kim (now on the faculty at @SKKUni1398) and Prof. Seung Gi Seo (now on the faculty at Kumoh National Institute of Technology) – also with essential contributions from Dr. Hongkai Wang and Dr. Eric Rytkin in medically relevant demonstrations. Of course, the various roles of the many other co-authors were also very important. Key senior investigators include Prof. @IEfimov (cardiac), Prof. @ColinFranzMDphd (phrenic), Prof. Sung Hun Jin (BJT processing) and Prof. ZHENQIANG MA (BJT physics). Thanks to everyone for the great collaboration! Also, thanks to Prof. @JunChenLab for writing a nice News and Views perspectives piece on our work, published alongside our paper in this issue of Nature Electronics! https://t.co/K4jRIWBLeT
I feel so grateful to be featured in the cover story of UCLA Magazine summer issue ! Thank you so much for your tremendous support over the years @UCLAengineering@BioEngUCLA https://t.co/SH2Oz46O1l
I feel so grateful to know that my PhD student, Guorui Chen, received both the 2026 Harry M. Showman Prize and the Edward K. Rice Outstanding Doctoral Student Award from UCLA Samueli Engineering @UCLAengineering@BioEngUCLA. Thank you all for your tremendous support!
Bruins continue to invent the future – from life-saving medical advances to world-changing tech. Our latest @UCLA Magazine features the top 25 Bruinventions of the 21st century. #ResearchPowersProgress https://t.co/d13TV3YxsM
Bruins continue to invent the future – from life-saving medical advances to world-changing tech. Our latest @UCLA Magazine features the top 25 Bruinventions of the 21st century. #ResearchPowersProgress https://t.co/d13TV3YxsM
In the 2025 edition of Clarivate’s Highly Cited Researchers list, @Clarivate included @UCLA@UofCalifornia@BioEngUCLA post-doctoral researcher Yihao Zhou and PhD student Guorui Chen. https://t.co/9AlXVSfqmZ