This Week's Seminar: Sara Thoi, PhD presents Designing Functional Sites in Metal-Organic Materials for Energy Storage and Conversion
https://t.co/qayWy4zaxZ
We are thrilled to announce that Menachem Elimelech, one of the world’s leading researchers in energy-efficient desalination and wastewater reuse, will join Rice University's civil and environmental engineering faculty, effective Jan. 1.
https://t.co/mEb8sfpJzz
Beyond proud of the brilliant @cm_tringides for being named one of the 35 Under 35 Innovators! 🎉 You're an inspiration! Keep pushing boundaries and shaping the future! 🚀💡
Beggining to peel away at what makes MOFs better supercaps: distancing the layers with alkyl groups helps! Now out in @angew_chem from Alice Su and collaborators in the Vlad group at UC Louvain: https://t.co/LVdvrmAJE6
Here's to a battery that doesn't need cobalt, nickel, or phosphate, stores just as much energy, and is probably longer-lived and safer! Open access in @ACSCentSci and funded by @Lamborghini Fantastic work by @TianyangChen7@HarishBanda3@Jules_Oppenheim https://t.co/eLg8K24Uzv
Excited to report what should be a scalable, low-humidity water sorbent with high, tunable capacity. It was a pleasure hosting @DalalAlezi for a year under @ibkfellowship! @Jules_Oppenheim@J_A_C_S https://t.co/TqMtEUHU7e
MOFs are mostly made of metal-oxygen bonds and are electrical insulators. Just out, Kentaro shows that metal-carbon (organometallic) bonds greatly improve the conductivity in organic-inorganic hybrids. https://t.co/JG79yaZteW
So excited to be joining the @RiceChBE in @RiceEngineering as an Assistant Professor this January! We will focus on designing MOFs with fascinating optoelectronic properties and their implementation in semiconductor technologies (e.g., solar fuel synthesis). Stay tuned for more!
A fun ride figuring out why our MOF was emitting both red and green independently.. Fantastic job from Ruomeng, who masterfully straddled two labs, ours and group @TisdaleWA
Tour-de-force water structure experiments in collaboration with the Xiong group at UCSD, with our contribution and art provided by the multi-talented @Jules_Oppenheim https://t.co/BTcAkoa4lt