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Field
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doctoral- and master students or similar. Strong experience in III-V device and circuit RF characterization. Documented skills in circuit design. Experience in device characterization at millimeter wave
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from these cellular elements. The cells used in this experimental system will be genetically modified such that their genotypes mimic genetic variants associated with BD. We will study these circuits by
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. Documented skills in circuit design. Experience in device characterization at millimeter wave frequences. Interest in circuit-device co-design strategies. Assessment criteria This is a career development
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projects aimed at normalizing circuit activity in BD with small molecule compounds or gene therapy. The post holder will contribute to the plan to deliver technical innovation and lead specified work
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methods for the design, verification, and test of circuits and systems for conventional as well as alternative and post-CMOS computing technologies. Besides that, we have successfully applied the methods
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computers or atomic-physics platforms, and quantum algorithms for quantum many-body physics. A PhD in Physics is required. The ideal candidate will have numerical simulation skills with exact diagonalization
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project NOCIFLY (collaboration with the University of Mainz in Germany) at the Institute of Functional Genomics in Montpellier, France. This project aims to uncover the circuit and mechanisms of nociceptive
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-stable tunable lasers and very sensitive photodetectors. These will be integrated onto a photonic integrated circuit (PIC), so the quantum sensing systems can be miniaturized. Together with our German
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required: PhD obtained less than 3 years before date of hire in Electronic Engineering Essential skills, knowledge and experience: Synthesis and design of radio frequency devices Mastering of circuit and
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), and in vivo fiber photometry (TDT). We are particularly looking for a PhD-level systems neuroscientist with expertise in animal behavior tracking using deep learning algorithms and their causal link