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other wavelength ranges. To fully exploit this potential, new photonic building blocks must be developed, including lasers, modulators, photodetectors, and passive components. Extending their operation to
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their own chips with custom functionality. While most of the early progress was based on monolithic integration, the drive for high-performance, cost-effective manufacturing of photonic integrated circuits
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negatives and improve detection performance. To address this challenge, a mix of formal methods, AI methods, and testing methods can be applied in both static and dynamic analysis. For instance, formal
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(CAO-NU) (scale P). This is based on a full-time working week of 38 hours. We offer a temporary contract for 18 months which will be extended for the duration of the project if you perform well
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The Dutch Institute for Fundamental Energy Research (DIFFER) performs leading fundamental research on materials, processes, and systems for a global sustainable energy infrastructure. We work in
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, surgery, and oncology. The project is performed in collaboration with Radboud UMC, ProBCI (Dutch Bladder Cancer Infrastructure) and IKNL (Netherlands Comprehensive Cancer Organisation). Supervision
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of both coherent and impulsive nature. Perform some of the most sensitive measurements ever done in a lab! With your work, you will expand the family of quantum sensors and open new applications
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cryptography guarantees better performance and faster speed for encrypting data. Without doubt, AES (Advanced Encryption Standard) and Keccak/SHA-3 (Secure Hash Algorithm 3) are the two most used and famous
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properties that enable efficient problem-solving through energy minimization. In this project, you will further explore and exploit the potential of ONNs performing sense and compute functions. Some of your
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(at least two tapeouts) as proof of concept. Explore ONN implementation topology and its power, performance and area. Collaborate with team members in NanoComputing Research Lab. Communicate clearly, both