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will 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
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project will also explore neuromorphic circuits based on two-dimensional van der Waals materials. These atomically thin materials provide opportunities to engineer spin transport, spin-charge
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applicants for PhD fellowship in the area of molecular nanomaterials and low-dimensional materials. Start date is November 1st 2026 or as soon as possible thereafter. The project We develop new organic
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Utke Group Leader Low Dimensional Materials Laboratory for Mechanics of Materials & Nanostructures https://www.empa.ch/web/s206 Your future place of work Empa Feuerwerkerstrasse 39 3602 Thun Empa as an
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and electrical control can be used to probe and manipulate quantum states in two-dimensional materials. Topics may include spin-orbit and magnetic proximity effects, topological electronic states
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in physics, materials science, chemistry, nanoscience or a closely related field. Strong interest in optical spectroscopy, semiconductor physics and low-dimensional or quantum materials. A plus is
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as semiconducting (oxide) nanowires and two-dimensional semiconductors Explore how defects like domain boundaries influence the charge transport properties and their variability at the nanoscale and
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fees English as the working language What the school adds Interdisciplinary work across physics, materials science and chemistry, in an international PhD community spanning two institutions. Training in
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Job Description If you want to design the electronic properties of a material rather than simply measure them, this PhD puts the tools in your hands. When two-dimensional crystals are stacked with a
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training. The department offers an epidemiology PhD, Master of Science, and concentration in the MPH program. It is also home to two National Institutes of Health Training grants (T32). Faculty members are