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AI programming, photodetectors, laser photonics, mode locking laser or solar energy exchange; and (c) very good publication records in the related field. Applicants are invited to contact Prof. Yuen
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have: (a) good practical research experience and theoretical background in nanomaterials or two-dimensional material fabrication; (b) some hand-on experience in AI programming, photodetectors
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also have: (a) good practical research experience and theoretical background in nanomaterials or two-dimensional material fabrication; (b) some hand-on experience in AI programming, photodetectors
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theoretical background in nanomaterials or two-dimensional material fabrication; (b) some hand-on experience in AI programming, photodetectors, laser photonics, mode locking laser or solar energy exchange
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also have: (a) good practical research experience and theoretical background in nanomaterials or two-dimensional material fabrication; (b) some hand-on experience in AI programming, photodetectors
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have: (a) good practical research experience and theoretical background in nanomaterials or two-dimensional material fabrication; (b) some hand-on experience in AI programming, photodetectors
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also have: (a) good practical research experience and theoretical background in nanomaterials or two-dimensional material fabrication; (b) some hand-on experience in AI programming, photodetectors
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theoretical background in nanomaterials or two-dimensional material fabrication; (b) some hand-on experience in AI programming, photodetectors, laser photonics, mode locking laser or solar energy exchange
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robotics, localization, mapping, and multi-modal sensor fusion; (b) proficiency in programming languages such as Python and C++; (c) demonstrated ability to conduct independent research and contribute
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and energy materials. Preference will be given to those with knowledge of computer programming, AI or machining learning. Applicants are invited to contact Prof. Jianguo Lin at telephone number 2766