Abstract: A host of changes are in store for future electronic devices, enabled in part by broad advancements in power, packaging, and performance of integrated circuits and sensors systems. In this talk, I’ll survey a few of the avenues we are pursuing to help move this forward, from battery-less sensor systems to stretchable circuits.
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Electron and hole systems confined in two dimensions (2D) exhibit a plethora of exotic quantum phases under perpendicular magnetic fields at sufficiently low temperatures (milli-Kelvin range). The work presented here explores two of these quantum phases in state-of-the-art high-quality GaAs and InAs quantum wells.
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Distributed systems are increasingly important for our everyday life, allowing for high performance, fault tolerance, and flexibility. Many of these systems nowadays rely on the inherently insecure Internet infrastructure. Surely though, they should have been designed to take this into account…?
Abstract: Progress in soft lithography and soft materials integration have led to extraordinary new classes of soft-matter sensors, circuits, and transducers. These material technologies are composed almost entirely out of soft matter – elastomers, gels, and conductive fluids like eutectic gallium-indium (EGaIn) – and represent the building blocks for machines and electronics that are soft, flexible, and stretchable.
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