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Energetic materials research focuses on performance analysis of cost-effective solid materials which safely, precisely, and efficiently transitions stored chemical potential energy to kinetic energy at a rate throttled ...

Molecular self-assembly is a powerful method to construct functional materials such as supramolecular hydrogels. Hydrogels contain mostly water but show solid-like rheology. Nucleosides and nucleotides contain rich recognition ...

Carbon nanotubes exhibit exceptional properties in many different aspects. However, harnessing those properties in real applications is challenging mainly due to the structural heterogeneity, high impurity contents, and ...

The self-assembly of molecules provides the basis of life and has become ubiquitous for the development of nanostructured materials. Nanostructured materials have long reaching impacts for the furtherment of science, as ...

Inspired by the structure of the simplest iron-based chalcogenide superconductor, FeSe, the class of tetrahedral transition metal chalcogenides (TTMCs) exhibit interesting chemical and physical properties due to its ...

Rechargeable magnesium (Mg) batteries are an emerging electrical energy storage technology proposed as an alternative to current Lithium-ion (Li-ion) batteries. Mg batteries have the potential to provide more energy than ...

With the increase in the demand for high performing energy storage devices, the energy storage community has explored ways to improve Li-ion battery chemistry. Previous research has demonstrated that nanostructuring of ...