Authors meet JACS Editor-In-Chief: Risov Das (First author: pubs.acs.org/doi/full/10.10…), Ashutosh Kumar Singh (First author: pubs.acs.org/doi/10.1021/ja…) and Soumi Mondal (First author: pubs.acs.org/doi/full/10.10…) along with me got an opportunity to interact Prof. Erick Carreira at JNCASR.

Students from our lab demonstrated 1.Production of H2 as a clean fuel 2. Capture and conversion of CO2 to methanol in CEM-14/MI-8 in Goa, India. It's an initiative to accelerate the clean energy revolution for net zero CO2 emission. DSTIndia JNCASR Bangalore

A nice talk by Geetansh on X-ray Ptychography in his topic seminar. It was exciting and something new!

This was a great experience for me. Giving a talk on a new topic and it was really interesting for me to study about the X-Ray Ptychography.

We exhibit our scientific achievements at Sci, Tech & Innovation Exhibition @ #IISF2023. On day 1, school & college students showed keen interest in our scientific models & exhibits. Innovations from the startup companies have also drawn significant interest. Visit us DSTIndia

Must read articles! Glad to see our article "A Guideline to Determine Faradaic Efficiency in Electrochemical CO2 Reduction" in the collection. Check them out🤓 Nilutpal Dutta Debabrata Bagchi, Ph. D. Geetansh

Our new article in ACS Sustainable Chemistry and Engineering: CO2 to multcarbon products tuned by lattice charge distribution.We can control the product distribution and C-C coupling by the modification of lattice charges at the atomic level. pubs.acs.org/doi/10.1021/ac…

The First one❤️. We tried to tune the Lattice charge by changing the elements of ABX2 system. Higher the lattice charge separation Higher will be the C-C coupling. Congratulations to the team✨🔥. pubs.acs.org/doi/10.1021/ac….

Just published in Advanced Energy Materials! We successfully tuned bonding strength & structural ordering to produce C2 chemicals from CO2 via electrochemical pathway, overcoming the challenging C-C coupling in CO2 reduction. #Wiley onlinelibrary.wiley.com/doi/10.1002/ae…

We are pleased to announce ICCCU-24, organized by NCCCU under the Department of Science and Technology. Join us at JNCASR from December 9-13, 2024. Researchers and professionals in CCU are invited to participate. Please register via the website: scpgroup.wixsite.com/icccu2024

It was truly a wonderful experience at Asian Nano conference in IIT Madras. Great platform to make connections and learn about advancements in field of nanotechnology ✨. Presented my first poster presentation. Great interaction with Prof. Miho Yamauchi

Finally, the wait is over😍🌟 Prof Sebastian C Peter Dr.Sebastian C Peter delivering the opening remarks and setting the tone for the next five days full with scientific discussions🧪 Stay tuned for more updates🧑‍🔬

Introductory lecture by Mr. Ajay Phatak on the usefulness of CCU in the energy transition landscape and its contribution🔋⛽️ SCP Group

It has begun. ICCCU 2024. First day was great. Many great talks were there and many more are lined up. ICCCU Dr.Sebastian C Peter

Presenting my work for the first time in such a wonderful audience. It was really a pleasure for me. Couldn't have asked better way to wrap up the conference! ICCCU SCP Group

Our next JACS... While eCO2RR in alkaline media enables selective CO2 conversion, carbonate formation limits commercialization. Our perspective explores how acidic conditions can overcome this barrier, advancing efficient and scalable CO2 reduction. pubs.acs.org/doi/10.1021/ja…

🌸✨Celebrated International Women's Day JNCASR Bangalore! ✨🌸 Under the theme "For ALL Women and Girls: Rights, Equality, Empowerment", we marked International Women’s Day with a series of engaging events...

Assembling for survival -a.k.a. coffee!

Exciting times ahead! The ICCCU-25 will feature an incredible lineup of speakers bringing deep insights and transformative discussions . Stay tuned as we unveil the sessions soon. For more details follow: icccu25.com #ICCCU25 #Speakers

Our next JACS! We tackled a key challenge in CO₂ reduction — stabilizing the catalytic surface for efficient C₂ formation. By atomically tuning fluorine-doped Cu₂O catalysts, we achieved a record C₂⁺ selectivity of 92 ± 2% at high current density. doi.org/10.1021/jacs.5…