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within the device. The work combines advanced nanofabrication methods, such as electron-beam lithography and OLED fabrication via evaporation and solution-processing with sophisticated characterization
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their structure and electrochemical performance, and using this knowledge to engineer application-relevant devices? We are seeking for a curious, self-driven doctoral researcher to develop active, durable, and cost
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materials for photonics devices? The high-performance optically active materials (OAMs) are desirable for many applications. However, the current OAMs still have some critical issues to be resolved
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this knowledge to engineer application-relevant devices? We are seeking for a curious, self-driven doctoral researcher to develop active, durable, and cost-efficient thin film electrocatalysts based on earth
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of Applied Physics is now looking for a highly motivated Postdoctoral researcher in 2D material nanocomposites for tunable photonics Are you interested in developing new materials for photonics devices
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actions, anticipate future behavior, and reason under uncertainty. The methodological scope includes machine learning, computer vision, multimodal perception, probabilistic modeling, and interpretable
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, Microelectronics, Computer Engineering, or a closely related field, completed by the start of the position Have a solid background in digital hardware design: Verilog/SystemVerilog RTL, logic synthesis, and place
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excellent study records in Electrical Engineering, Electronics, Microelectronics, Computer Engineering, or a closely related field, completed by the start of the position Have a solid background in digital
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at the intersection of plasmonics, devices, and applied innovation, within a strong multidisciplinary research environment to transition cutting-edge academic research into a viable commercial venture in the deep-tech