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interacting systems, we expect other, more exotic relations that we aim to discover and explore. In addition, we will aim to achieve the strong coupling regime, in which the quantum states hybridize with the
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, develop connectivity analysis techniques for dynamic brain PET data and explore artificial intelligence solutions to improve brain PET quantification. As a PhD candidate, you will contribute
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of the financial details section. About the scholarship This PhD project will explore how patient flow is best modelled and evaluated within complex hospital systems. The project will apply advanced statistical
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Artificial intelligence is creating new opportunities to make games more accessible and inclusive for everyone. This PhD project will explore how AI can support players with visual impairments by
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This three-year full-time PhD project will explore nutrition in Taekwondo, a weight-category combat sport where the way athletes fuel, recover and manage weight affects both performance and long
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lacking. This PhD project explores the enablers and barriers to effective coaching in clinical workplaces and investigates how effective coaching practices can be implemented in health professions education
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. Hvis hurtigtastene ikke virker, eller hvis du bruker MAC, finn ut hvilken nettleser du bruker og klikk på relevant link: Internet Explorer Mozilla Firefox Google Chrome Opera Safari Flash cookies Apple
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to preserve the structure and functionality of active electrode materials, reducing energy consumption and maximising material value. The successful candidate will explore pathways for recovering, regenerating
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sleep technology that assesses the brain activity at home and explore why some people benefit more than others using cutting edge mathematical modelling. These studentships are funded through GW4 BioMed3
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analysis to explore how nerve cells and support cells interact in health and disease. You’ll model a key ALS feature seen in most patients and use high-resolution single-cell techniques and drug screening