Just released paper in Small on a novel viologen-based ionic COF trapping I₂/polyiodides, enabling Zn–I₂ batteries with 337 mAh g⁻¹ & >5000 cycles. Durable, safe & low-cost. Developed by A. Trabolsi’s group et al. @Wiley_Chemistry @icmm_csic

Just released paper, collaboration between @joseigmart and J. Barrio’s group et al., on decoupled synthesis of Fe–N–C single-site catalysts using a TAP-based POP and Mg²⁺ templating boosting yield (>45%) & activity (1 A cm⁻² @ 0.687 V_RHE). 🚀 @icmm_csic

Post-Synthetic Engineering of Covalent Organic Frameworks with Thiophene and Naphthalimide Units for Enhanced Oxygen Reduction Electrocatalysis

Our recent publication in Materiala Horizons @RSCPublications on COFs for selective gold recovery from e-waste has been selected as a cover article. To access the article, please follow https://t.co/zIx3c06Iaf

Thrilled to share our recent findings in @J_A_C_S @ACSPublications on engineering of COFs to achieve atto-molar detection of glucose via electrochemical sensing. A wonderful effort by Nada and our collaborators Anna, Sarah, Sushil, and Najat. @KhalifaUni https://t.co/OCHkAALhVU

Congratulations!

In a collaboration of @joseigmart with Prof. Shetty’s group, new azine-linked COFs with tuned core flexibility boost glucose-framework interactions, achieving sub-attomolar detection and exceptional selectivity, paving the way for enzyme-free biosensors.

🧲Tailoring the Magnetic Properties of 2D Metal-Organic Networks by Harnessing the Coordination Sphere 📜New collaboration by @joseigmart (@EsisnaI) and paper at @angew_chem https://t.co/lhB8e68Ou1

In an excellent collaboration with D. Ecija's group et al. we report 2D in @angew_chem metal-organic nanoarchitectures on Au111 with tunable magnetic order (in-/out-of-plane AFM) via stoichiometry control. Step forward in 2D magnet design! @icmm_csic 🔬🧲  https://t.co/4YDFWtpb7a

Our recent work on COF cathode material for Li-recovery from brine is featured as a cover art in Advanced Science. Please take a look at it: https://t.co/1hV3QgqoBa Thank you @KhalifaUni

In our recent collaboration between @joseigmart with @DrD8264’s group et al. we report a novel redox-active COF-based anode for hybrid capacitive deionization, a cost-effective electrochemical desalination approach. A pleasure working with you! @icmm_csic https://t.co/xI4UEdI9Kn

In @angew_chem, we developed a redox-active COF-based anode for hybrid capacitive deionization, a cost-effective electrochemical desalination approach. Excellent effort by Najat, Sushil, & @joseigmart. Thank you, @KhalifaUni https://t.co/buvYhhRUq7

Excited to share our latest study reporting on how moiré patterns in epitaxial Gr on Pt(111) modulate local reactivity toward hydrogenation. Atomically resolved STM+DFT+MC show enhanced H adsorption and stability at the most corrugated regions. @icmm_csic https://t.co/UjEAp1UfV6

In our recent findings in @MaterHoriz, we have tuned hetero atoms within COFs for highly selective recovery of gold from real e-waste mixtures. For more details, please follow https://t.co/zIx3c06Iaf A wonderful effort by Sushil and Mahira. Great collaboration with @joseigmart.

A collab between @joseigmart & @DrD8264’s group et al has led to quasi-planar COFs with tailored heteroatoms that enable highly selective gold recovery (3467 mg/g, 92%) from complex e-waste leachates, showing the power of molecular-level design @icmm_csic

In collaboration with the New York Univ. in Abu Dhabi, @felipegandara80 & @joseigmart from @icmm_csic discovers a new light-driven COF actuator bending 100° in 3s via triple energy conversion: light→chemistry→heat→motion. A leap for soft robotics! 🔦⚙️

Our latest paper in @ElsevierConnect Applied Surface Science journal entitled “Influence of the substrate in the on-surface synthesis and air stability of 1D metal-organic oligomers” just released. https://t.co/PzZuzzsVEk

Just released our paper in @J_A_C_S on how stereochemistry drives surface-induced cyclization into cyclopentaazulene chevron-like graphene nanoribbons, yielding a record-low GNR bandgap. STM & DFT reveal its impact on nanostructure design. @icmm_csic https://t.co/lLZGVPnZRy

🚨Now online: 💡Cyclodehydrogenation of molecular nanographene precursors catalyzed by atomic hydrogen 🗞️A new paper at @NatureComms by @joseigmart

Happy to share that our published article is listed as one of the most popular articles for 2024 in @RSCmaterialshorizons journal. If interested, please find the article using the link below: https://t.co/lHzSnLUnuU @KhalifaUni