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algorithms and hardware, including hybrid architectures, as well as related foundational research. The successful candidate(s) will conduct research in theoretical quantum computing and related applications
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publication records will be preferred. Experience in matlab, MEEP, RCWA and other softwares and algorithms. Excellent publication track records. Good understanding of nonlinear and quantum optics. Strong
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-structures. Develop numerical algorithms and computer codes that can be used to model nonlinear optical effects pertaining to light-matter interaction. Validate the theoretical models and software tools by
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superconductivity, novel quantum criticality (2) Quantum computation, including quantum entanglement, quantum magic, quantum circuits, quantum algorithms (3) Quantum many body computations, including sign problem
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project management skills Demonstrable expertise in two or more of the following: China’s technological competition and industrial policy (e.g., semiconductors, quantum, advanced manufacturing) AI/Digital
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wireless communication systems and standards. Our research spans fundamental theory, algorithm design, system-level analysis, and practical implementations for 6G and beyond wireless technologies. We work
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at Tampere University focuses on next-generation wireless communication systems and standards. Our research spans fundamental theory, algorithm design, system-level analysis, and practical implementations