GRK2376 "Confinement-Controlled Chemistry"
@grk2376
@dfg_public Funded Research Training Group "Confinement-Controlled Chemistry" at @RuhrUniBochum and @TU_Dortmund
ID: 1182297620317970433
http://www.confinement-controlled-chemistry.de/ 10-10-2019 14:11:51
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Our GRK2376 "Confinement-Controlled Chemistry" member Thais is currently enjoying her research stay Colorado State University in the lab of NancyLevinger, who she met during our 2nd International Symposium on Confinement-Controlled Chemistry in 2022. Have fun, Thais! 🤩👩🔬 #chemistry #usa #womeninstem
Seen some lit-up UFOs 🛸 last night? May have been our #just_accepted work in Angewandte Chemie where Kristina, Elie Benchimol and Co. 👽 report #CPL from the first PdnLnL‘n (n=3,4) heteroleptic rings and saddles! @GRK2376 Solvation Science doi.org/10.1002/anie.2…
Congrats to GRK2376 "Confinement-Controlled Chemistry" member Sanjana for her first paper as first author! 🥳😍 #proud
Can crystalline confinement help catch arylalkylcarbenes that have proven elusive in solution? Read up on the collaborative efforts of GRK2376 "Confinement-Controlled Chemistry" member Julien Rowen and GRK2376 "Confinement-Controlled Chemistry" alumni @schleiftim during Julien's research stay in @garibaylab UCLA Chem & Biochem: pubs.acs.org/doi/10.1021/ja…
🎉 Exciting update! One of our talented PhD students Elie Benchimol has a new paper in Angewandte Chemie: "Ring-Size Control and Guest-Induced Circularly Polarized Luminescence in Heteroleptic Pd3A3B3 and Pd4A4B4 Assemblies." Congratulations to Elie, Clever Lab, and all involved! 👏
I defended my PhD after 4 years at Clever Lab's lab last Friday. It still doen't feel exactly real, what a day it was! Thanks to Prof. A. Lützen for agreeing to be my co-examinator, and everyone who helped my over the course of all those eventful years of study😁
Solvent-Controlled Separation of Integratively Self-Sorted Pd2LA2LB2 Coordination Cages (Guido H. Clever and co-workers) Clever Lab Solvation Science #openaccess onlinelibrary.wiley.com/doi/10.1002/an…
Elie (Elie Benchimol) strikes again! In this collaborative work with Alexandre (Alexandre Walther) and of course Weichao Xue, they reveal how flexible ZnII₄L₄ cages enable stereochemical communication with low-symmetry guests. Congratulations to all involved! 🥳🎉
Clever Lab It was one hell of a ride getting everything together. I would like to deeply thank Gers Tusha from GRK2376 "Confinement-Controlled Chemistry" for performing the heavy computational work present here. Thanks also to everyone who supported me during this time, and I hope you enjoy reading it!
💥 Full power of GRK collaboration between experiment & theory! Check out the new JACS paper Solvent-Directed Social Chiral Self-Sorting in Pd₂L₄ Coordination Cages by Alexandre and Björn from Clever Lab's group & Gers from Lars Schäfer's group! 🚀
🚨 New paper alert! David Ocklenburg (David Ocklenburg) from David Van Craen's group introduces a charge-neutral L₂Zn₂ metallocontainer that binds oxalate with high selectivity and stability! Big step in molecular recognition of dicarboxylates while preserving the receptor. 🧪
See how the solvent fine-tunes the chiral self-sorting of a coordination cage! Alexandre Walther reports in J. Am. Chem. Soc. how individual DMSO or MeCN molecules form H-bonds between neighboring ligands, selecting for a specific isomer. @GRK2376 Solvation Science doi.org/10.1021/jacs.4…
🚨#JustAccepted in Angewandte Chemie🚨 Our PhDs Elie Benchimol, Bjorn & Nicola Bogo, in collab with Helen O'Connor ⚗️, developed chiral nano-capsules that bind fullerenes (C60/C70), inducing circular dichroism via host-guest interactions. Congrats to Clever Lab & all involved!
Chiral Pd2L4 Capsules from Readily Accessible Tröger's Base Ligands Inducing Circular Dichroism on Fullerenes C60 and C70 (Guido H. Clever and co-workers) Elie Benchimol Helen O'Connor Nicola Bogo Thorri Gunnlaugsson Clever Lab GRK2376 "Confinement-Controlled Chemistry" #openaccess 🔓 onlinelibrary.wiley.com/doi/10.1002/an…
🚨 🚨 🚨Another great contribution from Elie Benchimol et al. is now published! This study introduces a heteromeric multicage system achieving thermodynamic guest segregation, opening doors to applications in chemical separations and molecular processing. Check it out in J. Am. Chem. Soc.: