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investigate two-dimensional van der Waals materials as a platform for next-generation computing devices. These atomically thin materials can be assembled into tailored structures, offering considerable
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toward near-atomic and atomic-scale control. Investigate focused electron-beam interactions with carbon, two-dimensional and other low-dimensional materials and develop controlled approaches to structural
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, catalysis and biology. We use molecular beam epitaxy (MBE) to synthesize atomically precise crystals, we integrate them with two-dimensional exfoliated materials, and we characterize them using transport and
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computer science. Topics may include loose universal properties, two-dimensional sketches, double-categorical enrichment, and formal category theory. The project will address the following key areas: Double
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circuits based on two-dimensional van der Waals materials. These atomically thin materials provide opportunities to engineer spin transport, spin-charge interconversion and magnetic interactions within
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) at Heriot-Watt University is an internationally recognised research group working at the interface of quantum photonics, condensed matter physics, and two-dimensional materials. The group comprises
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qualification degree in membrane science, chemical engineering, materials science or related field At least 3 years of relevant experiences in membrane separation and catalysis. Familiarity with two-dimensional
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-dimensional (3D) materials which are facing several obstacles including (i) a limited sensitivity resulting from the dim proximity that can be achieved between the quantum sensor and the target sample, and (ii
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many-body physics, two-dimensional and low-dimensional systems, magnetism and spintronics, correlated and topological phenomena, nonequilibrium and ultrafast physics, quantum transport, and quantum
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Qualifications: Experience in one or more of the following areas is preferred: Two-dimensional or other low-dimensional materials. Molecular, organic, or hybrid organic–inorganic materials. Cleanroom