Top Tweets for #MoFS
New research from the @Farhomies:
"Programming local confinements in crystalline frameworks through reticular chemistry:
Read more in @NatureMaterials: https://t.co/hPCn6SRioL
#ReticularChemistry #MOFs #CarbonCapture
📙Nuevo número de la revista de #AnalesdeQuímica de la RSEQ dedicado a los #MOFs
✍️En la Carta del Editor, 🧑🔬Juan Á. Casares presenta este número especial y agradece a 🧑🔬Carlos Martí-Gastaldo su labor como editor invitado.
➡️ https://t.co/PJGmo9ecbn
Special Exhibition Corner Dedicated to Distinguished Professor Susumu Kitagawa’s Nobel Prize Opens at the Kyoto University Museum
https://t.co/2sNKCmNqOW
#NobelPrize #NobelChemistryPrize #SusumuKitagawa
#iCeMS #KyotoU #MOFs
In case you missed our recent work in @NatureChemistry, it's still time to catch up.
We developed ways to create increase porosity in #MOFs by removing construction elements. It resulted in exceptional pore volumes & methane storage performances.
Proud of the @Eddaoudi_FMD3 crew!
KAUST researchers have developed a new way to engineer porous materials for enhanced gas storage and processing.
The method creates larger and more efficient pores, achieving one of the highest methane storage capacities reported for this class of materials.
Explore more: https://t.co/Fj6ZbazlIf
Self-healing neutral X-site perovskite ferroelastic crystal―Hybrid perovskites and metal–organic frameworks (#MOFs) are typically studied as separate classes of materials. In an interesting report in @J_A_C_S, Chen, Liao, Xiong et al. describe a self-healing, neutral X-site #perovskite #ferroelastic crystal in which neutral pyrazine occupies the X-site position, in contrast to the anionic X-site found in conventional perovskites. This system undergoes two ferroelastic phase transitions. One of these transitions involves the reversible breaking of Ag⁺–N coordination bonds accompanied by the formation of weak Ag⁺···π interactions. This structural rearrangement enables #self-healing behavior, providing a mechanism that is distinct from previously reported self-healing processes in molecular crystals. Full article:
https://t.co/AHreMSKVXE
🚨 Join us!! PhD position available at ICMol (@ICMol_UV ), @UV_EG
Work on ultrasound-responsive MOFs for pancreatic cancer treatment🧬🔊
Under the supervision of @GimenezMarques and myself.
Funded by @BecarisFLC @FundlaCaixa
#PhD #Nanomedicine #MOFs #CancerResearch
📢 Prof. George E. Froudakis presented at the first Joint IESL & ICS Seminar at @FORTH_ITE.
🧠 AI, image recognition & MOFs met in a highly interdisciplinary discussion on materials discovery and computational chemistry.
#MMDG #AI #MOFs #ComputationalChemistry
Melamine-assisted topotactic transformation of #MOFs into needle-like α-MoC/β-Mo2C for high-performance #electromagnetic wave absorption and corrosion resistance https://t.co/Z43ySeFJCg
@MOF_papers @Electro74372939 @UoM_EMSensing @telescopicbubb1
🔬 Te invitamos al seminario sobre diseño de Metal-Organic Frameworks (MOFs), materiales con aplicaciones en energía, catálisis y almacenamiento.
📅 27 de mayo | 🕚 11:00 AM
📍 Auditorio IIM
#MOFs #Ciencia #Materiales #Investigación #IIMUNAM #UNAM
Strong built-in electric field promoted by π-π stacking charge-transfer channels in #HOFs/#MOFs S-scheme heterojunction for boosting #photocatalytic #H2 or #H2O2 production https://t.co/DmvPnHGVJ3
@MOF_papers @hof_news @Photocat_papers @photocatnews
Figure Highlight | MOF Screening for Battery Safety
This figure shows how CoRE MOF data, GCMC simulations, and #machinelearning were combined to screen candidate #MOFs for selective CO₂ recognition in Li-ion thermal runaway scenarios.
Read more: https://t.co/7FHwde3moS
Turning CO₂ into value ✨ Our work demonstrates CO₂-mediated direct N-formylation of nitro compounds using a metal–organic framework node-supported cobalt (II) catalyst, offering a sustainable route for CO₂ valorization.
#CO2Valorization #MOFs #Cobalt
https://t.co/t5PFNVI5vi
It’s been a great few days so far at MOF 2026.
The conference finishes tomorrow, so come and find us and discuss the latest in MOFs, adsorption, and porous materials.
We’re here and ready to connect before it’s over.
📍Booth 402
#MOF2026 #MOFs #PorousMaterials #Adsorption
Metal-Dependent Lithiation Behaviors in Cobalt and Zinc Metal–Organic Frameworks as Lithium-Ion Battery Anodes | Inorganic Chemistry https://t.co/8EMl3sdJqK Yimklan and co-workers @InorgChem #cobalt #zinc #MOFs #lithiation #battery #LIBs #anodes
Harnessing Interpenetration for High Proton Conductivity in Zirconium Metal–Organic Frameworks | Inorganic Chemistry https://t.co/ZRX8IYMJAo Lin, Zhao, and co-workers @InorgChem #zirconium #MOFs #proton_conductivitiy
With @Eddaoudi_FMD3 we did not developed one, but two complementary routes to free up space in #MOFs.
Acid washing or imidazole substitution happen in a single crystal to single crystal way, leading to porosity increase up to 50%.
⬇️check it out⬇️
https://t.co/q2EDd4Nj6P
SCAFFOLD REMOVAL.💎
In the past years we developed a #MOFs synthetic approach inspired by #architecture, adapted and applied to the molecular scale.
We've been asked since then if these molecular scaffolds are removable.
Yes, they are! fresh off the press in @NatureChemistry
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