JACS: Do you wonder how to homo-couple two nucleophiles or two radical species? Here's our solution via the persistent radical effect of coupling two free alkyl carboxylic acids.

Oxidative Hetero-Coupling: Iron- and Copper-Mediated 1,2-Dicarbofunctionalization | Journal of the American Chemical Society pubs.acs.org/doi/10.1021/jac…

Sudipta & Aniruddha from our group have defended their Ph.D. thesis work on Nickel catalysis. We bid farewell and wish them well in their next position. Many thanks to the Examiners: Profs. Basker Sundararaju @IITKanpur; Ramesh Rasappan @tvmiiser & P. C. Ravikumar @IiserTirupati

No more worry about handling sensitive reagents; our bench-stable organozinc reagents are stable in air for a few hours, and even cross-coupling reactions can be performed in open air. Here is the preprint

Armin de Meijere Memorial Symposium Event 1: University of Göttingen (May 22, 2026, 2-6 pm) featuring memorial Lectures by Dieter Kaufmann and Ilan Marek Event 2: Burg Hardenberg (May 22, 2026, 7-11 pm). Program: tinyurl.com/4xk7etcv Registration: tinyurl.com/465brts2

Exciting Ph.D. positions are now open in our @rr_lab at IISER TVM! If you’re JRF qualified & passionate about making a real impact through research, Please fill out this Google Form - forms.gle/NGBAimsVj12A7vt87 @rr_lab @rr_prof @Chemie_iisertvm @tvmiiser

Congrats, Dr. Anirban Ganguly! 7th Ph.D. graduate from our group.

A breakthrough from our group! preprint

Exciting Ph.D. positions are now open in our @rr_lab at IISER TVM! If you’re a eligible & passionate about making a real impact through research, Apply on the official website! - shorturl.at/00h9E Please fill out this Google Form -shorturl.at/00h9E @Chemie_iisertvm

Exciting Ph.D. positions are now open in our @rr_lab at IISER TVM! If you’re a eligible & passionate about making a real impact through research, Apply on the official website! - shorturl.at/00h9E Please fill out this Google Form -shorturl.at/00h9E @Chemie_iisertvm

🎊Festivals like Onam reminds us that while we innovate for the future, our roots keep us grounded. Celebrating Onam at IISER TVM with joy & togetherness! 🌼✨ @Happy_Onam @rr_lab @Chemie_iisertvm @tvmiiser

How a change in ligand entirely inverts the selectivity-read the interesting work from our group!

Isostructural Mg and Zn compounds: analogies and differences in reactivity - now published in Dalton Transactions pubs.rsc.org/en/content/arti…

A postdoctoral position, funded by the @LeverhulmeTrust for up to 36 months, is available to join my group @EdinburghChem. The project focuses on biomimetic approaches to natural product synthesis. Deadline: 28th August 2025. elxw.fa.em3.oraclecloud.com/…

Postdoctoral position for anyone proficient in ML (machine learning) or DFT (density functional theory). Submit your application here linkedin.com/posts/rameshras…

congrats Bincy! and Sano!

Excited to share the first experimental work from our group in collaboration with colleagues at @pfizer, out now in @ChemCatalysis. cell.com/chem-catalysis/full… 1/2

Simultaneous irradiation with two wavelengths causes the formation of a new photostationary state! Congrats to Ranit, Fjoralba and the whole team! @ACSCatalysis Alternative Mechanism of Enzymatic Photocontrol by Azobenzene | ACS Catalysis pubs.acs.org/doi/10.1021/acs…

🇨🇳 CHINA JUST BUILT A TURBINE THAT EATS THE SKY FOR BREAKFAST This beast stands taller than a 63‑story skyscraper and laughs in the face of typhoons. A single turbine churns out enough power for 55,000 homes a year—saving 30,000 tons of coal and blocking 80,000 tons of CO₂ from hitting the air. It’s 31% bigger than the previous “world’s largest” turbine, and China is stacking wind and solar so fast it hit its 2030 clean energy goal six years early. In 2023 alone, China installed 65% of all new global wind power—and now it’s rolling out the largest turbines ever built. Source: IFLScience