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Pittsburgh, PA, to teach undergraduate and graduate courses. Duties include: (i) teaching core and elective courses; (ii) supporting undergraduate experiences outside the classroom; (iii) advising PhD
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architecture (ii) classical and novel memory systems (iii) non-Von Neumann computing (iv) compilers (v) quantum computing or a related area. • Strong programming skills, experience with simulation and
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design and simulate III-V semiconductor lasers for integration with silicon and silicon-nitride photonic circuits. You will define the epitaxial layer structure and the optical, electrical and thermal
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University and FCSEA may be found at https://www.ulusofona.pt/en , https://www.ulusofona.pt/en/faculties-and-schools/cul/fcsea Main Duties The work to be carried out will be: i) Teach on campus and, if
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September 2026 Details This project is about solid-state quantum technologies, and aims to demonstrate key components of photonic quantum processing circuits. The platform that will be used is a III-V
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the Department’s learning, discovery, and engagement roles in the rapidly changing research environment; (iii) ensure that faculty, particularly new faculty, have the mentoring and support necessary
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(grant number: 101042349), we will investigate and tune the optical and electronic properties of III-V nanowires integrated with Silicon. We will exploit the main advantages of nanowires, such as their
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before the deadline. Long-distance quantum communication is limited by photon loss in optical fibre. Heterogeneous quantum repeaters that combine deterministic III–V quantum-dot (QD) sources with
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genotyping protocols for murine models of ADs; (ii) purify distinct immune cell classes; (iii) extract nucleic acids and proteins; (iv) study literature on the biology of the X chromosome and its
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units across different study cycles and postgraduate training courses in their area of specialisation. III – Admission requirements: III.1. To be, on the closing date for the submission of