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an interdisciplinary research team. Desired Skills/Knowledge: Experience with gene circuits or metal biology. Documented knowledge of high throughput method design and/or barcode-based screening. Additional Information
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, EME, and photonic-circuit simulators (e.g., Lumerical, Tidy3D, INTERCONNECT). Develop, fabricate, and characterise hybrid III–V/TFLN and III–V/Si₃N₄ semiconductor lasers — including E-DBR Pockels FM
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multidisciplinary teams. A proactive, curious and resilient approach to research. Desirable Background in brain circuits or body-brain axis. Experience in neural modulation, neuronal tracing, electrophysiology
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and undoped BTO. In addition, strain effects imposed by different substrates will be also evaluated theoretically. Fellowship 6 – Quantum simulation with limited-depth quantum circuits: With
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. Development cycle including circuit design, simulation, modeling, layout, verification and measurements. Develop scripts and algorithms for analog IC design Prepare research papers/reports/technology
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of the following areas: - Quantum computing-specific: o Error-correcting codes o Lattice surgery o Surface codes o Resource estimation o Homology o Circuit design/algorithms - Mentorship - Open-source software
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of neural circuits controlling various aspects of natural behavior. See our lab web page (https://www.engertlab.org/research ) for more information about our publications and research interests. Basic
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projects at the forefront of analogue and RF integrated circuit design, radar technologies, and advanced sensing systems. In this role, you will play a key part in driving innovative research focused
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and imaging to understand how neural circuits are modified during learning Basic Qualifications Successful candidates will have recently obtained a Ph.D. in a relevant field, demonstrated productivity
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, algorithms, and experiments on multimode mechanical quantum platforms (circuit quantum acoustodynamics with transmon–HBAR devices; HBAR arrays; microwave optomechanics). The postdoc will work at UiO with