Royal Society of Chemistry’s Post

How can you share your research that answers key questions in inorganic chemistry? Dalton Transactions gives you a platform to publish fundamental research. Discover more: https://rsc.li/3UWSHvO

Check out my latest illustration for the article "Endergonic synthesis driven by chemical fuelling" by David A. Leigh et al.! This groundbreaking research delves into the fascinating realm of chemically fuelled ratcheted synthesis, pushing the boundaries of endergonic transformations in the field of chemistry. You should definetly have a look at it! More info in comments!

How can you share your research that answers fundamental questions in inorganic chemistry? Dalton Transactions is here to help. We offer you a global platform to publish work that advances our intrinsic understanding of inorganic chemistry. Learn more: https://rsc.li/3K26mvg

How can you share your research that answers fundamental questions in inorganic chemistry? Dalton Transactions is here to help. We offer you a global platform to publish work that advances our intrinsic understanding of inorganic chemistry. Learn more: https://rsc.li/3xsFhPl

Free download Advanced Inorganic Chemistry by F. Albert Cotton 3rd Edition A Comprehensive Text Click the link below to download: https://lnkd.in/eXhXXTTd

Our PhD student SUBIR KUMAR PATI has successfully demonstrated for the very first time the use of benzothiadiazole peryline diimide in an organic electrolyte environment to a fabricate symmetric supercapacitor that showed a wider operational potential window. The study opens a new portal towards exploring and combining acceptor acceptor polymers with organic electrolytes towards developing effecient supercapacitors. To know more about this new research dimension, please go through our new article that appeared in Journal of Materials Chemistry A ( IF: 10.7) (https://lnkd.in/gaDE_DQj)

#sustainability #NobelPrize The mathematical field of combinatorics comes closest to modeling nature's apparent complexity from few simple building blocks: A. Chemistry? All of Mendeleev derived from hydrogen, the most abundant element in the universe. B. Life? DNA, 4 chemicals, fewest of the few from Mendeleev, all of life which is both organic or carbon-based and inorganic or predominantly water-based, on Earth without exception except perhaps some "bacteria" deep down at the ocean floor hot vents, human race, sex and gender, health, life expectancy, and longevity. C. Language, the alphabet, all languages, any language, nuances of meaning, and styles, tones, and tenors of speaking and writing from the colloquial and journalistic to the literary to suit the mood, background, and the context, and hence cultures and societies. D. Music, the octet, in any musical tradition, the set of 8, east and west. E. All mathematics from 0 and 1, binary, in any system of numbers, which defines information. The complexity is the "noise" which obscures the beauty of the underlying simplicity. Truth? 0. Nothing. Total and absolute emptiness. Reality and existence? Illusion. māyā (माया). 1 and 0 being one and the same. How? Perhaps one day we will know, may never know. Magic https://lnkd.in/eYh5hyn9.

Chemical Rope Trick at Molecular Level - Mechanism Research Helps when "Trial & Error" Fails In most industrial chemical reactions, catalysts combine with the starting materials and accompany them through intermediate stages to the product. In chemistry, this pathway is known as the reaction mechanism, and it is a kind of black box: nobody knows what is happening at the molecular level at first. If the reaction result in the laboratory falls short of expectations, chemists first resort to trial and error. Put simply, they modify the reaction until it works. Sometimes, however, it is worth taking a closer look at the reaction mechanism, as Dr. Nora Jannsen at the Leibniz Institute for Catalysis in Rostock shows using a model reaction Link to full article: https://lnkd.in/dnVJQjtM German version: https://lnkd.in/dpZy36n2

Our book chapter titled "Palladium Chalcogenolate Complexes: A Promising Molecular Materials for Cross Coupling Reactions" has been published in Society for Material Chemistry (SMC) bulletin.

The final version of our review article on metalloradical catalysis (MRC) has just been officially published in Angewandte Chemie as an Open Access article. This represents a conceptual and mechanistic summary of emerging research into using metalloradicals as one-electron catalysts to control the reactivity and selectivity of homolytic radical chemistry. We hope this article will provide valuable references and insights for related research. https://lnkd.in/dJDjmxaq