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has been key to countless innovations, such as lasers, lighting, screens, optogenetics, and biomedical imaging. Research at Laserlab-NSC is at the interface of photonics and advanced materials, both
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theory of cluster-based metal organic frameworks (Hannu Häkkinen) Experimental atomic and optical physics We seek candidates with a background in atomic and optical physics. Knowledge of laser spectroscopy
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materials such as NbTiN, which you will grow in house with pulsed laser deposition (PLD). In addition, you will leverage the existing computational and fab expertise in the group to study a hybrid phononic
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of nuclear physics experimental data Laser resonance ionisation / sympathetic cooling of radioactive isotopes High-precision atomic mass measurements for nuclear astrophysics Using detector elements from
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Topic 2: Beam engineering of nanoscale lasers Topic 3: Coherence and polarization in random light Topic 4: Controlling of light with metamaterial surfaces Topic 5: Ghost imaging in the mid-infrared range