WaaFs appeared in @NatureChemistry!! Assembling large supramolecules via van der Waals interaction leads to the formation of robust, stable three-dimensional open frameworks. The beautiful sole research done by our former master student @STokuda_chem!!
https://t.co/vX1Nf8bsaW
Can you imagine how we feel sad that Zaoming @WZaoming is leaving the group. He will become an associate professor in Sichuan University soon. We all will miss you Zaoming.
This is evidence of why I often go to Taipei!! Our paper on phase-transformable MOPs for gas separation membranes has finally been published in @NatureComms. Wonderful complementary collaboration with the @dunyenkang group at NTU!!
https://t.co/5af5Q70c1e
A new group photo of 2024!! We look cool on the hottest day of the year with 39 degrees. Stay tuned for our new studies explored by these great people!!
I’m happy to share that my first first-author paper on @InorgChem ! I've learned a lot from this experience and want to thank everyone who contributed to the paper.
Two @InorgChem papers appeared! @FTayier studied the synthesis of RuMOPs and their electrochemical properties. @t_tateishi_ investigated the effect of ligand mixing in the new carbazole RhMOPs on the porosities. Congratulations!
https://t.co/WUWCZsOmkL
https://t.co/wI0E0HKW5f
In our last @J_A_C_S we show that PEG-functionalized MOPs preserve their porosity upon melting, which can be processed into self-standing films and related composites! This and @FurukawaG_Kyoto work open new directions for processing porous materials
https://t.co/dYZWtyUc0o
How many electrons can MOP store? We synthesized three new RuMOPs and investigated their redox properties and porosites. Our PhD student, Fuerkaiti Tayier @FTayier, led the project!! Now posted on @ChemRxiv!!
https://t.co/AAGHWw2r73
Just finished an amazing time at #Euromof2023! Enjoying top-notch presentations, communicating with other brilliant minds, and exploring the beautiful city of Granada!
Here we go, Ru-MOP!! Thanks to the mixed valency of Ru2(II,III) paddlewheels, the Ru-MOP is cationic. The neutralization initiates the self-assembly of MOPs to form porous gels. The work was posted on @ChemRxiv and is now published in @ChemicalScience !! https://t.co/nYT4D7snaC
Water management applications of pore-networked membranes based on MOPs!! We converted gels to membranes for extracting organic contaminants PPCPs at below ppb level. Perfect collaboration of @WZaoming and @IdairaPacheco is now posted on @ChemRxiv.
https://t.co/fNIiZklI2i
Official group photo 2023!! We will show how diversity matters in science and chemistry. This year we are the assembly of scientists from 🇯🇵🇪🇸🇨🇳🇹🇼🇹🇭🇧🇷🇺🇸🇫🇷🇷🇴🇵🇱🇮🇳. You might be a new member!!
A new gel that adsorbs gases!!! Our materials, pore-networked gels, have a continuous porous network based on linked MOPs, entrapping within the network solvents that cannot enter the pores. Great work led by @WZaoming and published in @J_A_C_S !!
https://t.co/OOVq3LcEVE
Shuhei is enjoying @MOFschool at Como the discussion with a lot of nice students from all over the world. Meanwhile, our members are enjoying their own assembly in Kyoto. Excellent!!
Today Tang and Tayier @FTayier gave their excellent master thesis presentations!! Impressive talks and great discussions. Now they are relieved. Congratulations!!
Happy to announce both will continue to PhD course. You will see their results in papers and conferences soon!!