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Research Project
Sympathy in Harmony: Margaret Cavendish's Philosophy of Value
https://www.southampton.ac.uk/research/projects/sympathy-in-harmony-margaret-cavendishs-philosophy-of-value
Margaret Cavendish was a 17th century poet, playwright, scientist, essayist, biographer, and philosopher. This project will deliver the first comprehensive interpretation and assessment of Cavendish's aesthetic and ethics. It will explore Cavendish's...
Research Project
Machine learning to identify predictors of stone disease
https://www.southampton.ac.uk/research/projects/machine-learning-to-identify-predictors-of-stone-disease
Kidney stone disease has a UK lifetime prevalence of ~14% and is increasing [1]. Surgical management including Flexible Ureteroscopy with Lithotripsy (FURSL) and Percutaneous Nephrolithotripsy (PCNL) is indicated for stones that fail to spontaneously...
Research Project
Understanding looked after young people's experiences and needs when moving towards independence
https://www.southampton.ac.uk/research/projects/understanding-looked-after-young-peoples-experiences-needs-when-moving-towards
A collaborative project between the Speak Out group of young people at Step by Step Foundation Ltd and the Centre for Homelessness Research and Practice at the University of Southampton. Young people will share their experiences of how they feel prep...
Research Project
Administrative Inhumanity and the Governance and Design of AI
https://www.southampton.ac.uk/research/projects/administrative-inhumanity-the-governance-design-of-ai
WSI Pilot ProjectThis project addresses the topic of administrative inhumanity and its relationship to the potential uses of AI in public administration in order to begin to draw out implications for the governance and design of AI in such contexts. ...
Research Project
MTF Biologics- OSTEOMImetic 3D MICrofluidic bioprinting of decellularised human bone and vascular allograft ink for skeletal regeneration
https://www.southampton.ac.uk/research/projects/mtf-biologics-osteomimetic-3d-microfluidic-bioprinting-of-decellularised-human
We aim to harness allografts to engineer new ECM-based materials to support human bone marrow stroma cells (HBMSCs) 3D printing. Objectives:1) Engineering 3D vascularised bone implant2) Exploring the vascular and skeletal functionality of human-deriv...