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Field
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track of a research programme on wafer-scale carbon nanotube CMOS. The work runs on two tracks: process modules are developed and optimised on coupon-scale samples at NUS, then transferred as a documented
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firmware design. Contact: Massimo Gottardi (FBK), Giampietro Tecchiolli (AI4IV) Where to apply Website https://phd.fbk.eu/calls/detail/mixed-analog-digital-cmos-architectures-for-ai-… Requirements Research
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Dipartimento di Ingegneria dell'Informazione - Università degli studi di Padova | Italy | 3 months ago
focuses on the design of integrated circuits in CMOS technology for efficient power management, with particular emphasis on the development of innovative, highly integrated, high-efficiency DC-DC converters
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integrated cryogenic temperature sensors. Join our vibrant team in demonstrating cryo-CMOS integrated circuits enabling the next quantum technologies! Job Description Quantum computers and quantum sensors
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Contribute to quantum technologies by developing integrated cryogenic temperature sensors. Join our vibrant team in demonstrating cryo-CMOS integrated circuits enabling the next quantum technologies
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-low-power CMOS integrated circuits and systems, in-memory computation, signal processing, telecommunications, and semiconductor materials. We particularly welcome applications from individuals from
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record. Preferred Prior experience with spintronic materials or beyond-CMOS device platforms. Familiarity with MATLAB or the Python scientific stack. Prior involvement in multi-PI collaborations
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This position is for an assistant research scientist developing cryo-CMOS electronics for cryogenic qubits (superconducting and spin), spanning control, readout, and quantum error correction processing
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., CMOS+ll1-V / CMOS+GaN, CMOS+ TFLN bonded substrates, on-insulator stacks), including module boundaries, critical interfaces, and maturity roadmap to pilot scale. B. Develop, optimise, and lock process
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will focus on experimental post-CMOS and novel electronic devices (such as memristors) that behave like neurons. Specifically, the project targets 2D materials, phase transition materials, spintronic