Delighted to share our recent publication in @Chem_CP , introducing a brand-new artificial molecular pump that operates efficiently in water! This development makes the precise synthesis of non-equilibrium polyrotaxanes as simple and reliable as acid–base neutralization.
Please check out our recent @J_A_C_S paper: when a macrocycle is too large for guest encapsulation, it can be suitable for creating discrete molecular interfaces with molecular-scale physical properties in single cocrystals. https://t.co/ieIybjd7ah
Say cheese! Fraser Stoddart celebrated his 2016 Nobel Prize in Chemistry with his grandchildren and friends' children.
Stoddart was awarded the prize for designing tiny molecular machines. Discover more: https://t.co/qBmfTeoIL8
With profound sadness, we announce the passing of Sir Fraser Stoddart, Nobel Laureate and cherished member of @NorthwesternU. His groundbreaking contributions transformed the field of #chemistry and inspired countless scientists worldwide.
➡️ https://t.co/S7e0nwfruD
Please check out our paper in @Chem_CP, utilizing molecular recognition to manipulate symmetry-breaking charge separation, which has the potential to achieve dynamic and fine regulation without complicated syntheses. @sirfrasersays@NUChemistry@HKU_Chemistry
At our One-Day Symposium we were treated to a feast of high-profile science by the Big Three - @HongliangChen18, @HuiGuo8@Dengke_Shen - followed by short talks from all members of the RPG. We had a pizza lunch in the roof-top G & finished with dinner at a packed restaurant in HK
We are proud to announce the appointment of Professor Sir Fraser STODDART, a distinguished chemist and Nobel Laureate, as a Chair Professor in the Department of Chemistry, HKU Faculty of Science! https://t.co/JvhnlBYhQa @sirfrasersays
I'm looking forward, along with those members of my group who have moved from @NUChemistry to @HKU_Chemistry, to pursuing research in a new laboratory at Hong Kong University. I thank my former colleagues and students @NorthwesternU for the wonderful 16 yrs I spent in Evanston.
Please check out our paper, which delves into the realm of being the first organic radical cage exhibiting pronounced spin frustration, published in @J_A_C_S@sirfrasersays@NUChemistry https://t.co/AlJI9CtzIx