|Post-Doc: University of Warwick | IISER: TVM & Bhopal | Research Interests: Solid State Materials, MOFs, Carbon Capture, Energy Conversion & Storage |
A nice work from our lab is published now!
https://t.co/q9WdeGs9mm
Well done Blesson! @Blessonsunny. Thanks everyone for the help! (Dr. Vinesh Vijayan, @group_vv and DST-FIST, @IndiaDST for the solid-state NMR facility @tvmiiser)
📢We are pleased to announce the 1st International Conference on Metal-Organic Frameworks and Porous Organic Polymers for Energy and Sustainability (MOFES'26) to be held at JNCASR, Bangalore from 12-15th January, 2026. @Maji_TK@jncbala@jncasr@Molmat_JNCASR
New research alert! We found that cluster dehydroxylation in Zr-based MOFs creates catalytic hotspots, boosting performance. Huge thanks to
@tscherte for his hard work!
Check it out: https://t.co/j9dqUVbCLu
#MOFs#Catalysis#Chemistry#MaterialsScience
This isn't the end; it's just a new beginning. Farewell to all our outgoing students from School of Chemistry IISER TVM.
Good luck with the next chapter of your life.
Electron transport through redox-conducting MOFs is not all diffusion, but emerging electric fields cause migration that has been overlooked until now. It can be measured by steady-state experiments. Collaboration with Ben Johnson
https://t.co/23DdG7jJ4u
📢We are looking for outstanding post-doctoral researchers to apply for the prestigious Ulam fellowship together! 🧑🔬🔬
(supramolecular & MOF chemistry)
🗓️Deadline approaching soon!
📩Send your CV to: [email protected]
More details: https://t.co/hEJpm3nCoq
Please RT!
Impact of the Channel Length in Nanoporous Electric Double-Layer Capacitors on the Charge Transport Explored by Metal–Organic Framework Films https://t.co/95U7M3GLuM
Excited to share some of my postdoc research! https://t.co/YwOCn0JG0A
We showcase adsorptive separation of CO2 at elevated temperatures (300 °C), achieved through a selective and reversible chemical reactivity with a robust metal–organic framework.