Minjung Kim (@minjung_kim_) 's Twitter Profile
Minjung Kim

@minjung_kim_

Northwestern Chemistry PhD student | NSF GRFP Fellow | 2024 Paul & Daisy Soros Fellow | Rice University Chemical Engineering & Chemistry

ID: 1340919135556038659

calendar_today21-12-2020 07:16:55

25 Tweet

68 Followers

147 Following

Zoha Syed (@zoha_h_syed) 's Twitter Profile Photo

Honored to be included in the 2023 class of CAS future leaders! Enormous thank you to Andrew S. Rosen, Kurtis Carsch, Sylvia Hanna, and Stanna Dorn, PhD for their advice/support in the process as well as @OmarFarha5 for the nomination!

Matthew Robert Jones (@jonesmattrob) 's Twitter Profile Photo

So proud of this #chemistry #research in Nature Communications from my group Rice University Chemistry Department solving a 20 year puzzle on the identity of seeds used in Au #nano particle syntheses. They’re Au32 nanoclusters! Great collaboration with @andredjone and Rigoberto Hernandez! disq.us/t/4hsbgu9

Minjung Kim (@minjung_kim_) 's Twitter Profile Photo

#chemtwitter what is the rationale behind using diethylzinc over dimethylzinc (and vice versa) for ZnO atomic layer deposition?

Minjung Kim (@minjung_kim_) 's Twitter Profile Photo

I’m beyond excited to announce that I am one of the 2024 PD Soros Fellows! I still can’t believe I’m a part of this amazing cohort. A heartfelt thank you to my friends, family, and mentors who supported not just my scientific endeavors but also my New American journey. šŸ¤

Northwestern Chemistry (@nuchemistry) 's Twitter Profile Photo

Congratulations to Minjung Kim on being named aĀ 2024 Paul & Daisy Soros Fellow! 🌟 Currently under the guidance of @OmarFarha5 and Dayne Swearer, she interested in the interactions of metal-organic frameworks (#MOFs) and metal nanoparticles. āž”ļø bit.ly/4d3N9qa

Congratulations to <a href="/minjung_kim_/">Minjung Kim</a> on being named a 2024 Paul &amp; Daisy Soros Fellow! 🌟

Currently under the guidance of @OmarFarha5 and <a href="/dayne_swearer/">Dayne Swearer</a>, she interested in the interactions of metal-organic frameworks (#MOFs) and metal nanoparticles. 

āž”ļø  bit.ly/4d3N9qa