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for efficient operation across terahertz frequencies, addressing complexities in developing advanced broadband terahertz waveguides and layouts, and overcoming challenges related to signal attenuation
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technologies. The focus is on integrating broadband capabilities within the receiver design for efficient operation across terahertz frequencies, addressing complexities in developing advanced broadband
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. Application deadline: 2024-06-11 For questions, please contact: Professor, Fredrik Kahl, Computer Vision Group, [email protected] Professor, Lennart Svensson, Signal Processing Group, lennart.svensson
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Kahl, Computer Vision Group, [email protected] Professor, Lennart Svensson, Signal Processing Group, [email protected] *** Chalmers declines to consider all offers of further
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materials, especially two-dimensional (2D) variants, show broadband (almost white) luminescence, which is very attractive for applications in LEDs. Recent studies indicate that the white light emission is (in
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on ferroelectric nematic liquid crystals, with the aim to further increase the knowledge about the mechanisms behind their formation and their phase behavior. From an applicational point of view, the understanding
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behind their formation and their phase behavior. From an applicational point of view, the understanding of the interplay between NF materials and bounding surfaces, is of special importance. Depending
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materials, especially two-dimensional (2D) variants, show broadband (almost white) luminescence, which is very attractive for applications in LEDs. Recent studies indicate that the white light emission is (in
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several signal processing challenges need to be resolved. As a PhD student at the department of Electrical Engineering , you will be part of this challenging and exciting development. Information about the
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and industry to the forefront of quantum technology. The core project of the centre is to build a quantum computer based on superconducting circuits. You will be part of the Quantum Technology