New paper out in AFM! We show that NHC-functionalized TMD surfaces unlock ambient H2 activation via an FLP pathway. A fun dive into the molecular functionalization of 2D materials!
https://t.co/Q0sTHnY4u0
#2Dmaterials#FLP#SurfaceChemistry
Pleased to share our review article on high-entropy materials (HEMs) synthesis in @NatureSynthesis . Controllable, versatile and predictive fabrication of HEMs will be the key towards harmonizing precision and disorder.
Review article now online:
Synthesis of high-entropy materials by Yifan Sun @GalaYifan & Sheng Dai @sjtu1896@CHEMISTRYUTK@ORNL
https://t.co/Gdqj2v3rD4 ($)
We’re excited to have our tutorial on crystal structures featured on the cover of ACS Nanoscience Au! We had a lot of fun putting the tutorial together and hope that it’s useful to the community. https://t.co/2EDu1RmViW
Watch the Nobel Prize lectures in chemistry.
See the 2023 chemistry laureates Moungi Bawendi, Louis Brus and Aleksey Yekimov deliver their Nobel Prize lectures.
Where are you watching from?
#NobelPrize
https://t.co/rl2MeGGUjT
My lab at HIT (Shenzhen) is recruting postdoc researchers to study the collective behaviors of active colloids. Both experimentalists and theoreticians are welcome to apply. Background in soft matter, colloids, or microfluidics are bonus. See https://t.co/gekQO5T4zQ for details.
Pleased to share our perspective on the structural heterogeneity of nanocatalysts, where complexity emerges from simple nanoscale objects.
Now ASAP in ACS Nanoscience Au🔓
Probing and Leveraging the Structural Heterogeneity of Nanomaterials for Enhanced Catalysis.
A perspective from Rui Yang, Zhenghong Bao, Yifan Sun @sjtu1896@WestVirginiaU
🔓 Open access in ACS Nanoscience Au 👉 https://t.co/dRatZdjHmE
It’s been a little over two years since the start of NiNC! The seminar is now at 1500+ subscribers - thank you to all participants and countless great speakers over these years. We look forward to seeing you again in the fall 🙌
Oxygen defect engineering of ceria nanocrystals is realized by building surface-confined high-entropy oxide layers, which exhibit enhanced CO oxidation capabilities.
ASAP by Sheng Dai, Jue Liu, & team @ORNL
Read here: https://t.co/Savc1OvTzM
Delighted to share our work now ASAP in @ACSCentSci , where we demonstrated defect engineering of surface-confined high-entropy oxides for enhanced catalysis.
https://t.co/CbkDPoy39d