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Area: Wireless Technologies Group: Wireless Circuits – Av Work Objectives: Development of new strategies for the design of power amplifier circuits for application in last generation cellular networks
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transcriptomic and circuit-mapping approaches to determine how molecularly defined neural populations control food seeking, consumption, and satiety. More information can be found at https://sternsonlab.com
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As part of the PICs@ICFO Strategic Initiative, ICFO coordinates PIXEurope, a flagship Pilot Line funded under the European Chips JU program focused on Advanced Photonic Integrated Circuits (PICs
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of SSD IINF-01/A, with particular reference to one or more of the following areas: (1) electron devices and sensors; (2) integrated electronic circuits; (3) electronic circuits and systems Where to apply
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of innovative approaches for neural circuit interrogation while collaborating with interdisciplinary research teams and mentoring graduate and undergraduate students. This is an excellent opportunity for early
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photonic integrated circuit and accompanying circuit board. Later, the device will be developed for parallel measurements, which will entail redesigning a test fixture. Throughout these developments
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neuronal circuits requires the coordinated execution of several developmental processes, including neuronal migration, axon growth and guidance, and synaptogenesis. These processes critically depend
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of the Department of Information Technology (INTEC) develops integrated photonic components and circuits for communications, sensing and other advanced applications. For a short-term research project, we are looking
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of innovative approaches for neural circuit interrogation while collaborating with interdisciplinary research teams and mentoring graduate and undergraduate students. This is an excellent opportunity for early
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from molecules and cells to integrated sensory circuits. The Midavaine Lab is recruiting multiple Postdoctoral Associates to drive independent, high-impact projects in neuroendocrinology, neuroimmunology