Yayuan Liu
@yayuan_liu
Asst. Prof @JHU_ChemBE, interested in materials, electrochemistry, energy and environment
ID: 755673693947252736
http://yayuanliu.com 20-07-2016 08:00:23
210 Tweet
3,3K Followers
1,1K Following
Happy Hall🎃ween! Meet Pump-aspen, powered by Li-ion 🔋and captures CO2! Kudos to the creative minds and skilled hands of Liu group members! Johns Hopkins ChemBE
I am so thankful for the support from Beckman Foundation to explore new ideas I have been fascinated with for years! Thank you for this honor to join a community of amazing researchers. 🔬🔋
The 2024 Johns Hopkins Provost's Postdoctoral Fellowship Program is accepting applications to support scholars from historically excluded groups hub.jhu.edu/2023/08/17/pro… Applications are due Oct. 13th for a start date of July 15, 2024 or later Apply here: apply.interfolio.com/128910
Put a pin in it! JHU ChemBE will be at the American Institute of Chemical Engineers (AIChE) Student Fair in Orlando on Sunday, Nov. 5! This is the department's first time attending this great event and we are very excited! So come by if you are a prospective grad student - or if you'd just like to say hi!
Johns Hopkins ChemBE faculty out early this morning for the @baltimore running festival! Great fun and next one in the books already
Come say hello, we'd love to see you at the American Institute of Chemical Engineers (AIChE) 2023 annual meeting!
Our lab Johns Hopkins ChemBE has a postdoc opening on developing redox-active molecules and electrochemical systems for direct air capture. Please email [email protected] if you are interested! 🧐
Johns Hopkins ChemBE tenure-track position in areas of chemical and biomolecular engineering: sustainable chemical transformations and fuels, clean energy harvesting, storage and conversions, carbon capture and utilization, energy/sustainability. Join our team! apply.interfolio.com/155323
In Nature Energy: Johns Hopkins ChemBE PhD candidate Andong Liu is using alkoxide-based sorbents for waterless electrochemical carbon capture that's unaffected by oxygen—and efficient in ambient air. It could be a game changer for CO2 capture in dry climates. engineering.jhu.edu/news/electrify…