This PhD project at the University of Manchester aims to develop and deliver atomic scale, high-speed characterisation techniques to address currently unsolved challenges in the study of quantum materials. Quantum materials are at the forefront of modern physics and materials science, offering unique properties that can revolutionize technology, but their complex behaviors at the atomic level remain difficult to probe with existing methods. The project will focus on advancing instrumentation and methodologies to achieve unprecedented resolution and speed in characterising these materials, potentially involving techniques such as advanced electron microscopy, surface analysis, and nanotechnology approaches. The successful candidate will join a leading research environment, collaborating with experts in condensed matter physics and materials science. The position offers the opportunity to contribute to breakthroughs in understanding and manipulating quantum materials, with applications ranging from electronics to energy. Details regarding funding, eligibility, and application procedures are not specified in the current description.

No summary provided for this position.

No summary provided for this position.

No summary provided for this position.

This PhD project at the University of Manchester aims to develop and deliver atomic scale, high-speed characterisation techniques to address currently unsolved challenges in the study of quantum materials. Quantum materials are at the forefront of modern physics and materials science, offering unique properties that could revolutionize technology, but their complex behaviors at the atomic level remain difficult to probe with existing methods. The project will focus on advancing instrumentation and methodologies to achieve unprecedented resolution and speed in characterising these materials, potentially involving techniques such as electron microscopy, surface analysis, and other state-of-the-art approaches. The successful candidate will join a leading research environment, collaborating with experts in materials science, nanotechnology, and condensed matter physics. The project is ideal for students interested in pushing the boundaries of measurement science and contributing to breakthroughs in quantum materials research. Funding details and specific entry requirements are not provided in the current description. Interested applicants should consult the University of Manchester's postgraduate admissions for further information.