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for broad wavelength coverage, and nanofabrication in systems of heterogeneous materials. Our multi-dimensional effort guided by rigorous electromagnetic modelling, advanced nanofabrication and optical
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use electromagnetic software to refine the design from an initial design, build an aluminium prototype, and work on methodologies for measuring and tuning the cavity to realise the high beam capture
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/Senior Research Officer to grow their expertise in applied electromagnetics and antenna design, contributing to a pioneering quantum sensor project. The successful candidate will lead research in antenna
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physical electronic elements (apart from the control system of the metamaterial). The advantage would be no external energy required for computing (apart from the control system), way lower electromagnetic
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REQUIREMENTS We are seeking Research and Development Undergraduate Engineer interns to join the Antennas, Computational Electromagnetics, and Propagation Department team of the Applied Research Laboratory (ARL
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use electromagnetic software to refine the design from an initial design, build an aluminium prototype, and work on methodologies for measuring and tuning the cavity to realise the high beam capture
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of sunlight. The nano-photonic configurations we implement are previously designed using several powerful computational tools combined with a deep understanding of electromagnetic wave propagation. The group
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NIST only participates in the February and August reviews. The goal of this project is to develop nano-electromagnetic imaging using scanning microwave, NV center, and magnetic resonance microscopy
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, combining cutting-edge electromagnetic design, signal-processing techniques, and hardware prototyping to enable high-capacity, low-latency THz links. Objectives: To design superdirective and