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Are you excited to co-develop a next-generation optical wireless communication system, enhanced by advanced detectors? Can you bridge the fields of electronic and photonic integration to make
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years, physics has yet to find a clear way to integrate gravitational effects into quantum theory. At the same time, quantum experiments with large masses are an outstanding challenge, and will be crucial
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of photonic technologies into future wireless infrastructures. You will investigate how photonic integrated circuits can enable scalable and energy-efficient signal generation, beamforming, distribution, and
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photonic integrated circuits and systems for enabling low-latency, fast network reconfiguration in real systems. Additionally, we focus on innovative solutions for switching and routing in secure quantum
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neuroscience and to understand how brain circuits give rise rice to cognition, behavior, and mental function in the brain. This is achieved by integrating cutting-edge technologies with computational and
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of neuromorphic SoC architectures leveraging emerging compute-in-memory (CiM) paradigms. Design energy-efficient, adaptive, and scalable neuromorphic SoC architectures integrating CiM technologies. Investigate
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into the complex physics of color centers, and developing technology based on integrated photonic circuits for quantum applications. PhD topics include: Superconducting single-photon detectors on integrated photonic
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circuits for quantum applications. PhD topics include: Superconducting single-photon detectors on integrated photonic circuits. Diamond/SiC color centers on large-scale photonics. Silicon color center
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Integrated Circuit (IC) design and Computer Architecture. You should have solid skills in HDL (Verilog, VHDL) and scripting languages (Python, TCL). You should have experience with commercial EDA tools
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integrated circuits and systems for enabling low-latency, fast network reconfiguration in real systems. Additionally, we focus on innovative solutions for switching and routing in secure quantum-optical