Check out our recent wok in @J_A_C_S from Prof. Yuichi Negishi group @TUS_PR_en, @TUS_PR. We reveal how hydride-free [Cu7(SC5H9)7(PPh3] nanoclusters selectively facilitate C-C bond formation| Thank you the team! @BiswarupGroup@153Basu https://t.co/ucBrz9I3QG
We recently summarize the advancment in electrochemical CO2 reduction with group 11 metal nanoclusters for renewable energy solutions| EcoEnergy| Wiley Online Library| Prof. Yuichi Negishi from @TUS_PR@TUS_PR_en@Wiley_Chemistry@WileySTEM#nanoclusters https://t.co/DhHRCkNy86
🔓This week's front cover features #OpenAccess Frontier from Yuichi Negishi and @exceptionIN on exploring the impact of various reducing agents on Cu nanocluster synthesis, check it out👇
https://t.co/9LRIiu1UNI
📍 @TUS_PR_en, @TUS_PR
An exciting finding! We have synthesized a 2D single-layer Ag cluster-assembled material and utilized it for a p-type FET device exhibiting remarkable hole mobility. Read our recent publication in @NanoLetters: https://t.co/xYHDwwLvyR
On the cover of issue 61:
Yuichi Negishi and colleagues from @TUS_PR_en report highly symmetric Cu(I)–thiolate nanoclusters with a nested Keplerian architecture 🔓
https://t.co/BhbJqxQv9e
Progress and prospects in the design of functional atomically-precise Ag(I)-thiolate nanoclusters and their assembly approaches https://t.co/AaCZ28MYyg
Yuichi Negishi from @TUS_PR_en and colleagues report highly symmetric Cu(I)–thiolate nanoclusters with a nested Keplerian architecture 🔓
https://t.co/M5H0ZYutvN