Development of a Novel Solid State Sodium-ion Battery Electrolyte
Development of a radio frequency heating control system
Development of Accretion Models for White Dwarfs at Low Accretion Rates & Analysis of Low-State Polars
Development of Machine Learning Algorithms for Determining Mosquito Orientation
Development of skin characterisation techniques using terahertz (THz) reflection spectroscopy
The use of terahertz (1THz = 1012Hz) waves, broadly deﬁned as EM waves in the 0.1-10THz frequency range [1], in medical diagnosis is a rapidly developing area due to the strong aenuaon of THz waves by biological materials of high water content [2]. This sensivity allows THz radiaon to be used as a non-ionizing and non- invasive method in the diagnosis of skin condions. However, the hydraon of the skin’s surface layers is dependent on a large number of everyday factors that need to be understood such that dominant factors can be controlled.
Diarylureas: potential therapeutics & their targets
Differential Equations in Cell Motility: Applications of Numerical Methods in the Real World
Digital Nudges and Sustainable Food Choices: Neural Network Analysis of Online Grocery Shopping Behaviour