Using a novel sheep model, my research assesses the impacts of maternal obesity in pregnancy on fetal cardiovascular function.

My research focuses on the spray-drying encapsulation of probiotics in kale and carrot juice powder by investigating their microbial, physiochemical and functional properties

CRISPR/Cas13 offers a promising new approach to precision cancer treatment by targeting and destroying cancerous RNA with high specificity, potentially overcoming the limitations of traditional therapies.

In my research,
I used artificial intelligence to help better understand fish behaviour.

My project focuses on rainwater collection that reduces drinking water consumption at home.

The objective of my research is the development of a process mechanism with enhanced efficacy for the production of a biomaterial derived from plant tissue and biomedical applications.

Using quantum calculations, I designed new and sustainable materials for the batteries.

My research focuses on designing hydrogen peroxide-responsive small molecules that effectively modulate multiple pathological factors of Alzheimer’s disease.

My research focuses on how carbon capture technologies can be implemented to further reduce carbon emissions from steelmaking.

I numerically investigate how pumped hydropower storage affects the thermal conditions in hydropower reservoirs with the aim of finding ways to reduce its environmental impacts.

My research project focuses on the development of a wireless system for communication in water that can provide a sufficiently high data rate to control various devices or transmit information.

I investigated a double pendulum to see how well a neural network can predict the behaviour of chaotic systems.

 My project proposed the best theoretical model for ship wakes so far and was one of the first to experimentally investigate the narrow angle regime

I investigate the time-dependent retraction speed of a fragmenting soap film bound by a Slinky spring through formulating a force-based theoretical model and corroborating it with experiments.

This research focuses on explaining hadronization, the process of quarks and gluons combined with each other into hadrons, happening at the very start of the universe and in particle colliders.

My project aims to integrate secondary sounds from the splashes of raindrops into acoustic rainfall measurements

My research is on the trajectory of a point-like object moving in a boundary shaped like a square or a rectangle and reflecting off the boundary with a constant angle.