Coupling Molecular Rotation and Symmetry to Control Solid-State Chiroptical Properties in Crystalline Chiral N-Heterocyclic Carbene Au(I) Complexes
https://t.co/bezdN0a9J8
Simon-san has published a preprint article on ChemRxiv describing an enzymatic method for the enantioselective synthesis of caged compounds - please take a look if you are interested!
https://t.co/ysu1A2a37O
'Blueprint for Crystalline Materials Exhibiting Correlated Molecular Rotational Dynamics and Emergent Properties' from Crystal Growth & Design is currently free to read as an #ACSEditorsChoice.
📖 Read the article: https://t.co/HifSP8v2QC
@ICReDDconnect@HokkaidoUni
Check out our recent work in @AggregateOA on the interplay of molecular motion and symmetry in crystalline gold(I) complexes to control their chiroptical properties. Congrats to @PingyuJiang, @MingooJin, @haj19932469, and thanks to @ICReDDconnect!
https://t.co/KCtc5F0U8w
The 5th Akira Suzuki Awards Ceremony and 9th ICReDD International Symposium are scheduled for October 16-17, 2025! Congratulations to Jin-Quan Yu and Emily A. Carter!
Hybrid Format and free registration!
https://t.co/HhId3FHrww
@scrippsresearch@Princeton@Tosoh_japan@srep2024
We are pleased to share our recently published review paper titled "Rotational Dynamics in Crystalline Molecular Machines: A Novel Paradigm for Tuning Solid-State Photophysical Properties" at Chemical Physics Reviews @ChemPhysRev !!
Congratulations to Tomita and Pingyu @ICReDDconnect !!
https://t.co/385eSi27MV
We are having a fantastic time at the 3rd LIST platform symposium in Mülheim, filled with inspiring talks, engaging discussions and lots of fun!
Huge thanks to everyone who made it such a memorable event. #LISTPlatform#catalysis@ICReDDconnect@maxplanckpress
We are delighted to share our latest collab. A multi-country effort, now published in @J_A_C_S : An optical waveguide cocrystal with a rotating fragment and temperature-control of the photoluminescence intensity | Journal of the American Chemical Society https://t.co/stU7DWBNB9
Novel chiral molecular rotors that exhibit unique luminescent and chiroptical properties in crystalline solids are reported in @J_A_C_S.
CSD Entry KUKDUT demonstrates a 4-fold rotational motion of the phenyl rings.
🔗 https://t.co/bBAiDQYZPs
#FeatureStructureFriday
Luminescent crystalline molecular rotors: In their most recent article in @J_A_C_S, Kim, Jin @MingooJin et al. from Hokkaido University report an approach to modulate solid-state chiroptical properties via molecular rotational motions of crystalline molecular rotors. Read the full article:
https://t.co/u3R87u4IQ5
It's exciting to share our recent work on chiral crystalline molecular rotors in @J_A_C_S!! Huge congratulations to all collaborators, especially Namhee (Yonsei Univ.), who was a visiting graduate student in the MANABIYA program @ICReDDconnect.
https://t.co/TSwxRJ83ej
Finally, our paper on chirality transfer is out in @J_A_C_S. We explore how to achieve “the perfect match” between two ligands in the solid state, enabling one to induce chirality in the other and activating CPL properties. Find more on:
https://t.co/tx68wpLpXD
Thrilled to share our recent work in @J_A_C_S, led by Dr. Alex @mikherdov and Ph.D student Pingyu!! We demonstrate the molding of dynamic chiral azahelicene by crystallization-induced chirality transfer using a hinge-shaped chiral NHC ligand, resulting in the activation of CD and CPL!! Huge congratulations to all involved @ICReDDconnect, @haj19932469
https://t.co/7txMn414oC