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focused on spectroscopy and microscopy of interacting electronic many-particle states in low-dimensional semiconductors using a variety of techniques from linear and non-linear spectroscopy to time-resolved
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systems are essential to the Dutch economy, powering leading industries such as semiconductors, medical technology, and advanced manufacturing. The Netherlands has built a strong global position with
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and electronic interactions between magnetic nanoparticles and a degenerated semiconductor matrix. The proposed synthesis route, based entirely on physical vapor deposition—a highly non-equilibrium
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semiconductor technology research. The ideal candidate will possess a deep understanding of mobile SoC design and the ability to anticipate and shape future industry trends. This is a unique opportunity to
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/Qualifications BSc/MSc/PhD in Physics, Materials Science/Engineering, Nanotechnology, Electrical/Electronic Engineering, or related field Understanding of solar cell operation & semiconductor physics Hands
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) Research environment At the Laboratory of Organic Electronics (LOE) we explore electronic and optical properties of organic semiconductors, biomaterials from the forest, and hybrid organic materials. We
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characterization of new devices in KTH’s Electrum Laboratory (http://electrumlab.se/kthrise.aspx ) with a focus on semiconductor process technology to enhance device performance. The PhD will be part of
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robot learning; mechatronics. Manufacturing: process design and development; production equipment and automation; manufacturing systems; digital manufacturing; sustainable manufacturing; semiconductor
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working microchip systems. This project is linked with the new Innovation and Knowledge Centre (IKC) for Heterogeneous Integration of MicroElectronic and Semiconductor Systems (CHIMES https://chimes-ikc.org
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Quantum properties of hybrid light-matter quasiparticles in semiconductor photonic structures (S3.5-MPS-Krizhanovskii) School of Mathematical and Physical Sciences PhD Research Project Competition