Category Archives: Uncategorized

In this work, Young Li and co-authors report how a conformal coating of the well-documented catalyst promotor barium on the surface of palladium-decorated tungsten oxide nanowires was developed using a solution‐phase atomic layer deposition process. At just 0.2 atomic percent … Continue reading →

As an analogue to the vapor–liquid–solid process, the solution–liquid–solid (SLS) method offers a mild solution‐phase route to colloidal 1D nanostructures with controlled sizes, compositions, and properties. Direct growth of 1D nanostructure arrays through SLS processes remains in its infancy. This … Continue reading →

Everybody knows that H2, the archetype diatomic molecule, is a colorless gas. In the field of renewable energy however, hydrogen gas is now considered as either “grey”, “blue”, or “green”. This color code descriptor has arisen in order to differentiate … Continue reading →

A new paradigm is emerging in the way materials are discovered on a computer and made in the laboratory. Computational searches can now be designed to aid the experimental discovery stage of a new material with a designated set of … Continue reading →

It is not exactly clear whether the exciting potential of combinatorial chemistry research and development in the 1990s led to new products. After about a decade or so of intense activity and excitement, the field seemed to fade away. Today, … Continue reading →

A novel concept in reversible chemical to electrical energy storage is the liquid metal battery, in which a metal anode, metal cathode, and salt electrolyte are all in the liquid phase. Although the liquid metal battery is heavy, it could … Continue reading →

In a pilot plant demonstration of the EU-project Sun-to-Liquid, a solar thermochemical process has been successfully scaled to a solar tower in Madrid, leading to the first-ever production facility for making synthetic kerosene from water and carbon using concentrated solar … Continue reading →

The whole world is being challenged momentarily. Everyday routines and habits have come to a halt and we are getting used to new daily schedules. School is now online for many students worldwide, and the idea and introduction of online … Continue reading →

Congratulations to the authors of “Cobalt Plasmonic Superstructures Enable Almost 100% Broadband Photon Efficient CO2 Photocatalysis” for having their paper recently accepted to Advanced Materials. Their work demonstrates photothermal hydrogenation of CO2 using a plasmonic superstructure, consisting of an array … Continue reading →

The emergence of artificial intelligence, machine learning, and robotic automation in the field of materials discovery can really take-off where combinatorial materials chemistry left-off and positively disrupt the field of materials chemistry as we know it today. In this opinion … Continue reading →