Jack K. Clegg

2 months ago | bizzbuzz.news | Jack K. Clegg |John McMurtrie

The molecules and atoms don't strongly resist changes, making the crystal highly elastic despite its molecular structure which is typical of a regular, inflexible crystal. We could not have learned this with either of the traditional approaches for analysing elasticity We are all familiar with elastic materials – just think of a rubber band that can return to its original shape after being stretched. Humans have used elastic materials for millennia.

2 months ago | theconversation.com | Jack K. Clegg |Ben Powell |John McMurtrie

We are all familiar with elastic materials – just think of a rubber band which can return to its original shape after being stretched. Humans have used elastic materials for millennia. These days, they’re in everything from optical fibres to aeroplanes and buildings. But until now, scientists haven’t been able to pinpoint exactly how these materials return to their original shape. What happens at the level of their molecules?

Jun 26, 2024 | pubs.rsc.org | Jack K. Clegg |Molecular Biosciences |Partha Sarathi Mukherjee |Dharmraj Prajapati

Formation of a low-symmetry Pd8 molecular barrel employing a hetero donor tetradentate ligand, and its use in the binding and extraction of C70† The majority of reported metallo-supramolecules are highly symmetric homoleptic assemblies of MxLy type, with a few reports on assemblies that are obtained using multicomponent self-assembly or using ambidentate ligands.

Feb 27, 2024 | dx.doi.org | Debarun Banerjee |Jack K. Clegg |Aloka K. Sahu

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