The industries of material science and engineering are drivers toward innovations intended to tackle manufacturing and technology challenges. Materials science works across the intersection of physical science, natural science, mathematics…
Materials Science Materials science and engineering refers to the two-pronged method of studying the different mechanical properties of advanced materials and applying that knowledge to address global challenges in manufacturing…
Detecting and analysing the presence of micro-organisms is hugely important within biological applications. This is necessary to ensure the safety of public health; to track and develop antimicrobial resistance; and…
Understanding the advantages and disadvantages of individual techniques of particle analysis is a critical element in the analysis of particular powders’ particle sizes. It is important to understand the advantages…
Compound microscopy paved the way for biologists to uncover a microscopic world occupied by miniscule living organisms. But there are limitations to the optical resolving power of visible light. Illuminating…
Raman Spectroscopy is a useful tool in the molecular characterisation of materials, due to its intrinsically high molecular specificity; zero/little required sample preparation and flexible sample configurations. There are a…