No summary provided for this position.

No summary provided for this position.

No summary provided for this position.

This PhD position at the University of Southampton addresses the urgent challenge posed by the exponential increase in data generation, which is projected to reach unsustainable levels by the end of the decade. The environmental impact of this trend is significant, prompting the need for innovative and sustainable solutions. The project will explore new approaches to data generation, management, and storage with a focus on minimizing environmental harm. The research will likely involve interdisciplinary methods, drawing from environmental science, information technology, and computer science to develop strategies that promote digital sustainability and energy efficiency. The University of Southampton provides a dynamic research environment for students interested in tackling global challenges related to data and sustainability. Specific details about funding, eligibility, and application procedures are not provided in the current description.

This PhD project at the University of Southampton aims to revolutionise the semiconductor industry by developing next generation 2D materials and devices. With Moore’s Law facing significant challenges, as highlighted by recent industry leaders, the need for innovative materials and device architectures is more pressing than ever. The research will focus on the synthesis, characterisation, and integration of novel 2D materials into semiconductor devices, potentially enabling breakthroughs in nanoelectronics and device performance. The project is ideal for students interested in materials science, device physics, and the future of the semiconductor industry. The University of Southampton provides a vibrant research environment with access to state-of-the-art facilities and expertise in nanotechnology and electronic materials. Funding details, eligibility requirements, and application procedures are not specified in the current description.