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on current state-of-the-art research trends. The candidate will join the diverse, International, and interdisciplinary, world-leading research environment provided by the Centre for Quantum Fields and
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excited state levels in molecular semiconductors dictate the photophysics in optoelectronic, photonic and quantum technologies. The researcher will advance our work on singlet-triplet and doublet emitters
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post-quantum cryptography. The simulation of these case studies will enable the validation of their cyber resilience properties by employing appropriate AI approaches such as reinforcement learning
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excited state levels in molecular semiconductors dictate the photophysics in optoelectronic, photonic and quantum technologies. The researcher will advance our work on singlet-triplet and doublet emitters
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(unaffected) services. One trigger of such updates is the need to replace cryptosystems by quantum-safe ones, a change that, e.g., NCSC encourages to carry out from 2028 onwards. You will be developing a SysML