Who you know or what you know? Exploring the link between family income and Britain’s professions.
Lamb wave mode isolation in isotropic metal plates
Investigating the Galactic Population of White Dwarf Stars that Survive Supernova Explosions
A presentation concerned with an investigation into the fastest moving stars in the Galaxy.
A local, classical framework for testing quantum entanglement
Under the supervision of Dr Matthias Caro, I studied the fundamentals of quantum information theory and quantum cryptography. Drawing inspiration from the structure of the BB84 protocol, this project develops a novel framework for certifying quantum entanglement through local, fully classical measurements: an approach that, while conceptually minimal and elegant in retrospect, has not been formally characterised or rigorously analysed in the literature. The work establishes a tolerant identity test for arbitrary maximally entangled states, extends the protocol to multi-pair systems, and investigates its robustness in the presence of noise.
Modelling the 3D structure of Zebrafish Skeletal Myogenesis with Actinin
Professor Timothy Saunders, Dr Mario Mendieta
2D vs 3D Models of Nasopharyngeal Carcinoma: Why 3D? An RNA Sequencing Analysis
Morgan Barton , Chris Dawson , Lawrence Young , Hannah E. Bridgewater
Investigating CifA and CifB genes and prophage regions found in Wolbachia wAnD and wAnM strains
Tom Walker, Laura Chatterley, Seynabou Sougoufara, Eva Heinz
Extending Rado's Theoreminto Multiple Dimensions