University College London

Investigate and enhance microwave quantum memories by optimizing spin coherence and superconducting circuits. Develop technologies for storing and retrieving microwave photons to advance hybrid quantum computing.

Developing spin-based microwave quantum memories addresses the critical need for long-lived quantum information storage in hybrid quantum c…

Discover novel electrolyte formulations for lithium-sulfur batteries using advanced data-driven techniques. Propel next-generation energy storage towards commercial reality by integrating experimental and computational …

This research targets critical barriers in lithium-sulfur battery commercialization by enhancing electrolyte stability and performance thro…

Leverage advances in machine learning and computer vision to transform metadata creation for heritage film archives. Develop innovative, reusable computational tools that enhance archival discoverability and research.

This research unlocks valuable historical audiovisual collections by automating complex cataloguing tasks, making cultural heritage more ac…

Develop and optimize spin-based microwave quantum memories by integrating highly coherent spins with superconducting cavities. Advance quantum information storage through innovative materials, circuit designs, and photo…

This research advances the integration of hybrid quantum systems by enabling long-lived, efficient microwave quantum memories. These innova…

Develop AI-driven Life Cycle Assessments to automate and accelerate environmental impact evaluations of emerging clean technologies. Transform sustainability feedback processes to enable timely and reliable assessments.

This research revolutionizes how environmental assessments are conducted, enabling faster and more consistent sustainability evaluations th…

Fully funded AHRC CDP PhD at UCL and the National Gallery examining pollution, environmental history, and the development of art museums in the nineteenth century.

Fully funded PhD at UCL developing data-driven approaches to design high-performance lithium-sulfur battery electrolytes using experimental and computational methods.

Fully funded AHRC Collaborative Doctoral Studentship at UCL and the British Library exploring the collections, knowledge practices, and archival legacy of Sarah Sophia Banks through interdisciplinary research in history…

4-year fully funded PhD programme on vascular contributions to dementia across leading UK universities, with lab rotations and interdisciplinary training in neurodegeneration research.

A fully funded 3.5-year PhD at UCL investigating steel recycling, scrap quality, and recycling technologies to improve electric arc furnace steelmaking in UK, US, and EU contexts.