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concepts from p/asmonics and metasurfaces into nanolasers, LEDs, and tools for metrology, and pursue new concepts for optical information processing using meta-opties. Projects typically involve realizing
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encoded as optical signals onto mechanical motion. Your experiments will investigate the novel possibility of continuous state transfer and may provide new routes for information processing and sensing
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experiments and computer simulations of stochastic nonlinear dynamical systems, with a balance to be determined by your interests and skills. For both experiments and simulations, you will learn all
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reconstruction, at the same time you can also use it as a resource: for instance we showed in a recent paper that you can engineer metasurface resonances to boost sensitivity of diffraction patterns to certain
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condensed matter. Both projects involve experiments and computer simulations of stochastic nonlinear dynamical systems, with a balance to be determined by your interests and skills. For both experiments and