Glasses are highly disordered materials, typically formed by cooling liquids on a timescale fast enough to prevent crystallisation; they are typically formed from inorganic, organic, and metallic chemistries. Read more
The deployment of next-generation chemical processes requires the implementation of new equipment and materials that will enhance the performance in terms of economics and environmental performance. Read more
A reliable water supply and a successful energy transition are two necessary conditions for a sustainable future. Yet we know little about how the switch to intermittent renewables (wind, solar) for our energy supply will affect the future operation of our water infrastructure. Read more
Blood represents a complex mixture of blood cells, plasma proteins, hormones, lipids, salts and water. Blood is good indicator of health, and clinically, blood samples are taken frequently to monitor health, risk of disease or success of treatments. Read more
Infertility affects 1 in 6 couples, is emotionally devastating, and requires expensive and invasive treatments. Importantly, we place a significant and unequal burden on women, who often require risk-bearing procedures to address what is caused by, in 50% of cases, a male factor. Read more
Computer technology has truly conquered our work and life. While we strongly benefit from it, computing consumes an ever increasing fraction of our energy production. Read more
There is an ongoing revolution in developing autonomous intelligence machines to greatly improve the effectiveness and efficiency of sensory perception, decision-making, and active control. Read more
About the position. The groups of Dr. Wan and Dr. Sorrentino are jointly looking for one Ph.D. student who has a background in optimization, control systems, and machine learning. Read more
This project invites PhD candidates who are interested in developing generative models that can deal with complex multimodal patient data, contributing to safer, better and faster innovations of medical products via in-silico trials. Read more
The Low-Pressure Water Reactor (LPWR) is a 300MW(e) pool-type water-cooled Small Modular Reactor (SMR) design in which the nuclear core is located at the bottom of a deep underground shaft instead of inside a pressure vessel. Read more
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