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of experimental quantum communication hardware development, optical memory qubit characterization, and fiber-based networking demonstrations using novel memory qubits. The goal is to employ the natural telecom
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on developing a new hybrid light–matter platform that couples transition metal complexes with optical microcavities to achieve optical control over ultrafast spin conversion and charge transfer
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or optical lithography Dry and wet etching Microwave resonator design and characterization RF and microwave measurement techniques Job Family Postdoctoral Job Profile Postdoctoral Appointee Worker Type Long
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(KIDs) Experience with cleanroom microfabrication processes, including thin-film deposition (e.g., magnetron sputtering), electron-beam or optical lithography, and dry/wet etching Familiarity with
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on the dynamics of active self-assembled colloids. The research will include optical microscopy study of colloidal systems and liquid crystals under non-equilibrium conditions, fabrication of microfluidic chambers
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ferroelectric and other functional materials into photonic architectures for electro-optic and quantum transduction applications Perform full device processing using cleanroom techniques, including electron-beam
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application of ultrafast THz-pump and optical-probe techniques to detect narrow-band THz radiation and explore mode-selective dynamics in quantum and molecular systems. This work leverages state-of-the-art
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the electronic, magnetic, and optical properties of 2D materials at ultrafast timescales, which holds promises for developing new energy technologies. The candidate is responsible for conceiving, planning, and
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domains such as nontrivial skyrmions, using external stimuli (e.g., optical excitations, electric and magnetic fields) and internal nanoscale heterogeneity, defects, and interfaces (e.g., twisting
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-ray measurements at Argonne’s Advanced Photon Source and complementary optical spectroscopy. The position offers a highly collaborative environment with experts in electronic materials and devices