The ability to simultaneously image physical and chemical changes inside of polymers in real time during catalytic polymerization would be far-reaching. It would enable not only understanding of dynamic chemical andā¦
PiFM shows itself as a powerful technique to provide visual and spectroscopical data of materials in nano-scale: from silica nano-spheres to the complex biomineralization of clams. The talk aims toā¦
Use of plastic has increased 20-fold during the last 50 years, and at the same time only 14% of all plastic is currently recycled. This has led to a worldwideā¦
Sustainable chemicals production and renewable feedstocks development are key components to mediating negative impacts of fossil fuels and related chemicals on the biosphere. Our research is focussed on green catalysisā¦
An EPSRC-funded Postdoctoral Research Associate position with Prof Nikolas Kaltsoyannis is available for 36 months from 1/2/24, and will involve the computational quantum chemical study of bimetallic homogeneous catalysts forā¦
Lindemann Fellowships, each worth $130,000, are designed as an early post-doctoral opportunity, and are awarded to graduates of exceptional promise in both the pure and applied physical sciences, who haveā¦
The presence of active sites in porous materials can control and affect significantly their performance in adsorption and catalysis. However, fine tuning of the active sites and elucidation of theirā¦
In this talk we will discuss the relevance of published data in the development of new tools which can speed up processing and analysis. We will also explain the importanceā¦
The combination of electrochemical methods with molecular spectroscopy can provide valuable information about chemical processes at electrode-electrolyte interfaces. In particular, Raman and infrared spectroscopies have been shown to yield uniqueā¦
The Surface Chemistry and Heterogeneous Catalysis Research Group at the University of Glasgow have two Ph.D. openings that are available from January 2024, with an intended start date of Octoberā¦
