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lithium tantalate nanowaveguide platform. The main focus will be the development of advanced nanofabrication technologies for optical waveguide fabrication with low optical loss and high optical
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applications. Point defect-based QT facilitates quantum bits based on either the electron spin or photon polarization and is well suited for optical readout using the single photon emitter (SPE) property
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measurement techniques such as magnetic force microscopy, magneto-optic Kerr microscopy, transport set-ups and magnetometry. To actively apply for beamtime at international synchrotron facilities and take part
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laboratory environments using non-intrusive, optical techniques to measure the structural response. Numerical modelling and simulation of the interaction between the load and the structural response during
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laboratory environments using non-intrusive, optical techniques to measure the structural response. Numerical modelling and simulation of the interaction between the load and the structural response during
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spectroscopy (AFM-based) and advanced optical imaging will be developed and applied to in vitro macromolecular systems undergoing LLPS. Duties of the position The PhD candidate will work on a research project
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solid state physics/material physics, soft/complex and biopolymer physics, medical physics, statistical physics, optics, atmospheric physics, university didactics and astro-particle physics
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local earthquake detection networks supplemented by fibre-optic sensing of seismicity, the candidate will build seismic strain models for a transect from Iceland to Norway for the present period and
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fibre-optic sensing of seismicity, the candidate will build seismic strain models for a transect from Iceland to Norway for the present period and compare this to the tectonic history of the region, using
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for the successful candidate could include conducting laboratory experiments, which involve the design and setup of fiber optic and acoustic measurement systems, development of testing procedures, active participation