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specific physical and sensory properties are desirable for a wide range of applications from meat analogues to artificial tissues for implants. Yet, besides progress in synthesizing or assembling ever more
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Theoretical physics and mathematical physics aims to understand the physical world from first principles. The prominent methods in this area include quantum field theory and string theory. You will
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for applications in high-energy physics. Recently, novel 2D material devices have been developed based on heterostructures of semiconducting 2D monolayers such as transition metal dicalchogenides (TMDSs). Similar
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of an interdisciplinary team of researchers: Dr. Clélia de Mulatier at the Institute for Theoretical Physics, Prof. Jo Ellis-Monaghan at the Korteweg-de Vries Institute for Mathematics, and Dr. Patrick Forré
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The project you will work on lies on the boundary between AI and theoretical physics. Physics has been a source of inspiration for innovation since the early days of machine learning. In particular
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Are you passionate about the development of new materials for quantum applications and intrigued by integrating chemistry and physics approaches? Are you a driven student seeking to engage in
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Are you a highly motivated student with a strong interest in statistical mechanics and soft active matter? The group of Dr. Sara Jabbari Farouji at the Institute of Theoretical Physics and part of
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the Algebra, Geometry and mathematical physics group . You will be joining the project from classical to noncommutative symmetries. The goal of this project to study two mathematical incarnations of symmetry
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A digital twin (DT) is a virtual representation of a physical object, system, or process (including cities, and even ecosystems), synchronised with the real-world entity it replicates by using
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Are you a highly motivated physicist interested in a PhD project at the intersection between nanophotonics and 2D material science? The 2D Nanophotonics group within the Institute of Physics has