Molecular dynamics simulations have become indispensable for elucidating the microscopic details of water and its hydrogen bond network. These computational methods enable the characterisation of ...
This schematic illustrates the fabrication of a single-atom catalyst by introducing a molecular anchoring agent (phytic acid) into a manganese (Mn)-nickel (Ni) layered double hydroxide (LDH) framework ...
Hydrogen bonds are quite small, on the level of a few angstroms. They can also be passed between two different molecules very quickly, at speeds of tens of times per second. But in spite of these ...
National University of Singapore (NUS) researchers have developed an electron transfer mechanism that involves a switchable metal and oxygen redox chemistry in nickel-oxyhydroxide-based materials, ...
Life as we know it would not be possible without water, and water owes its unique properties to hydrogen bonds. You may remember from basic middle school science that there are several types of ...
As fantastic a nucleophile as fluoride is, when it’s tied up in an inorganic salt, such as CsF or KF, the anion becomes a recalcitrant reagent for organic synthesis because these salts are insoluble ...
To support an informed analysis of the possibilities for life in the cosmos, this chapter summarizes chemical concepts needed to evaluate the plausibility of a potential exotic life form and shows how ...
A new catalyst for breaking the tough molecular bond between carbon and hydrogen holds the promise of a cleaner, easier, cheaper way to derive products from petroleum, say researchers. Simple, ...
As the world shifts toward sustainable energy sources, 'green hydrogen' - hydrogen produced without emitting carbon - has emerged as a leading candidate for clean power. Scientists have now developed ...
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