🚀New @NatureComms paper out now!
“Direct synthesis of an iron MOF antiferromagnetic glass”
A solvent-free, one-step route to Fe2+ MOF glasses that enables device integration and studying magnetic properties of molecular-based random networks.
https://t.co/wUVPbqiNwk
We present metal–organic crystallized glasses (MOCGs) in @J_A_C_S. By partially crystallizing MOF glasses, we achieve 10× higher dielectric constants and tunable mechanical and conductive properties. Thanks @MMSmedskjaer form precise mechanics study.
https://t.co/YbgMn1Lt4j
Stepping into a new chapter...
I'm excited to share that I've joined @NatureSynthesis as a Senior Editor 🎉
I’ll be handling manuscripts aligned with my expertise and I look forward to continuing to work with the research community!
A one-pot synthesis of Fe(II)-based ZIF glass that shows emergent spin-glass behavior for the first time. Check out our findings in advanced functional material https://t.co/FxmnxLDGrq. Thank you @HenkeGroup for your support. Really appreciate to all the coauthors’ contribution.
We realized a CO₂ loop in carbonate-based coordination polymers — capturing, releasing, and regenerating their framework — in the temperature gap between organic and inorganic carbonates. @J_A_C_S https://t.co/qMI9gMNxWo
Just a few more weeks till I join the Horike group at Kyoto University to kick off a Fulbright and many new research collaborations
@horike@iCeMS_KU_INTL@KyotoU_News
And super grateful to be among the @uoregon cohort this year! Read more: https://t.co/TfzJ0Gp2AT
Mechanical mixing borohydride + ammonia borane creates hydrogen-rich functional liquids - Melting temperature: 🧊 −50 °C, up to 6.9 wt% H₂. Now in Advanced Materials. #OpenAccess
Nice collaboration with hydride giant Andreas Züttel.
Check our latest work on #hydrogen storage material. We demonstrate the formation of a deep-eutectic solvent by mixing ammonia borane and organic borohydride with a melting temperature as low as -50°C ! @WileyGlobal https://t.co/pvlMl14MrN
Melting CP/MOF approaches material microstructures to discover new phases. @J_A_C_S
We created a binary phase diagram and optimized the composition to have a latent heat storage function. @VISTEC_Thailand
https://t.co/cXTALohqEe
Creating Functional Perovskite Glasses on https://t.co/66uruk1dfV
I have a fully funded PhD position open @UCNZ to look at creating exciting new glass materials from perovskites. Open to all nationalities. Come be part of the team here!