Yu Zheng (@yuzhengstanford) 's Twitter Profile
Yu Zheng

@yuzhengstanford

Postdoc @ MIT, Bradley Olsen group | PhD @ Stanford, Zhenan Bao group

ID: 1399050860437463043

linkhttp://www.yu-zheng.net calendar_today30-05-2021 17:11:44

65 Tweet

831 Followers

449 Following

Bilal R. Kaafarani (@bilalrkaafarani) 's Twitter Profile Photo

She is among the topmost ever cited female researchers. Her h-index is 192 with almost 140,000 citations. She is not invited to talk about her grandiose research accomplishments, but rather we asked her to shed light on her #failures… (1/2) #TrEd #Mentoring #EmpoweredWomen

She is among the topmost ever cited female researchers. Her h-index is 192 with almost 140,000 citations. She is not invited to talk about her grandiose research accomplishments, but rather we asked her to shed light on her #failures… (1/2)
#TrEd
#Mentoring
#EmpoweredWomen
Tao Zhou (@taozhoubmi) 's Twitter Profile Photo

Retweet appreciated. We have #PhD student and #postdoc openings. We are an interdisciplinary team working on #neuroengineering, #materials, #nanotechnology, #electronics, #healthcare, #neurotechnology, #bioengineering. Contact me at [email protected] if interested. Thanks.

Retweet appreciated. We have #PhD student and #postdoc openings. We are an interdisciplinary team working on #neuroengineering, #materials, #nanotechnology, #electronics,  #healthcare, #neurotechnology, #bioengineering. Contact me at tzz5199@psu.edu if interested. Thanks.
Yu Zheng (@yuzhengstanford) 's Twitter Profile Photo

It’s such a great honor to be in this cohort! A fantastic experience to meet with and learn from these talented women. Many thanks to all the organizers! MIT ChemE Dept MIT Communication Lab Rising Stars 2022

Yu Zheng (@yuzhengstanford) 's Twitter Profile Photo

So excited to be back to Stanford for this fantastic event. Always feel super fortunate to be part of this supportive family!

Ying Diao (@diaogroup) 's Twitter Profile Photo

We are looking for highly motivated postdoc to join our adventures in probing polymer assembly, innovating processing and optoelectronic devices. Those interested please send CV to [email protected]. Please help RT!

Yu Zheng (@yuzhengstanford) 's Twitter Profile Photo

Please check out my PhD work out in Nature Nanotechnology today. We developed a new design strategy to enable highly environmentally stable and stretchable polymer electronics. Thanks to all coauthors and my advisor Zhenan Bao for all the support along the way. nature.com/articles/s4156…

Nature Nanotechnology (@naturenano) 's Twitter Profile Photo

New content online: Environmentally stable and stretchable polymer electronics enabled by surface-tethered nanostructured molecular-level protection dlvr.it/Sqkbl7

New content online: Environmentally stable and stretchable polymer electronics enabled by surface-tethered nanostructured molecular-level protection dlvr.it/Sqkbl7
Olsen Lab @ MIT (@olsenlabmit) 's Twitter Profile Photo

Prof. Olsen and Postdoc Jiale Shi Jiale Shi will present at #AIChEAnnual American Institute of Chemical Engineers (AIChE) AIChE Materials Engineering and Sciences Division Computational Molecular Science and Engineering (Pro tip for search committees: Jiale is on the faculty job market!) Stop by poster #58 or talk to learn about soft matter, machine learning and large language models.

Prof. Olsen and Postdoc Jiale Shi <a href="/Jiale_Shi/">Jiale Shi</a> will present at #AIChEAnnual <a href="/ChEnected/">American Institute of Chemical Engineers (AIChE)</a> <a href="/aiche_mesd/">AIChE Materials Engineering and Sciences Division</a> <a href="/aichecomsef/">Computational Molecular Science and Engineering</a> (Pro tip for search committees: Jiale is on the faculty job market!) Stop by poster #58 or talk to learn about soft matter, machine learning and large language models.
Yu Zheng (@yuzhengstanford) 's Twitter Profile Photo

Hornored to be included in the ⁦Clarivate⁩ Highly Cited Researchers 2024. I will continue contributing to polymeric soft electronics field in my future career. clarivate.com/highly-cited-r…

J. Am. Chem. Soc. (@j_a_c_s) 's Twitter Profile Photo

Real-Time Quantification of Molecular-Level Dynamic Behaviors Underpinning Shear Thinning in End-Linked Associative Polymer Networks | JACS Massachusetts Institute of Technology (MIT) MIT School of Engineering #RealTime #Dynamic #Shear #Thinning #Associative #Polymer #Netwroks pubs.acs.org/doi/10.1021/ja…