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Field
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low-temperature experiments involving magnonic systems and microwave circuits. The project will investigate the properties of YIG microstructures coupled to a superconducting resonator at very low temperatures
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circuits. The researcher will independently design and conduct experiments using preclinical models of SCI; develop, optimize, and troubleshoot experimental techniques and protocols related to spinal
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, thalamus and cortex. Neural recordings are acquired across the basal ganglia thalamo-cortical circuit to examine changes in cell population dynamics, oscillatory activity, and connectivity as motor signs
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pain and sensory processing differ between females and males, how physiological states such as pregnancy remodel neural circuits, and how maternal experiences can shape sensory function across
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the guidance of his/her scientific mentor to investigate how interoception circuits affect animal behavior using the zebrafish model; independently designs new analytical approaches and tools; performs
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studies how the infant brain learns about the social world and how early-life experience shapes neural circuits with long-term consequences for learning, attachment, and mental health. Our work focuses on
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applications, including additively manufactured and 4D-printed shape-morphing antenna systems. The Postdoctoral Researcher will provide specialist technical expertise in microwave circuits, antenna engineering
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to bridge the gap between early-stage quantum technology and industrial use. This requires cooperation of all layers in the quantum stack. We are particularly interested in a mix of three aspects: circuit
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highly motivated Postdoctoral researcher in superconducting circuits. You will become part of our young team working on fluxonium circuits and protected qubits. We have significant experience in
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-dimensional activity, alter attractor structure and metastability, regulate transitions among network states, and make flexible computation possible in circuits that would otherwise be unstable or chaotic