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Field
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, field effect transistors, photorefractive devices and photovoltaic cells require high performing organic semiconducting materials. This project focuses on using liquid crystals and liquid crystal polymers
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applied to liquid crystal sample and resulting dynamic phenomena will be systematically registered and analyzed. The candidate (M/F) will be closely guided by advisors and host group Singular and will
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objective of this project is to design and implement new experimental systems and theoretical models, based on confined chiral liquid crystals, allowing us to specifically determine how the chirality of a
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formation within directionally solidified single crystal (SX) castings, and their role in the reduction in mechanical performance, through novel experimental methods, computational materials engineering
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for designing spin-crossover crystals with bespoke switching properties; new liquid crystals and other soft materials showing spin-crossover switching properties; and, understanding and developing solid state
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information The Department of Chemical Engineering at University College London (UCL) is seeking an enthusiastic graduate student to work on the development of computational methods to study nucleation, crystal
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techniques for structure characterisation is required; NMR spectroscopy, single crystal X-ray crystallography or mass spectrometry. Experience with design, synthesis and characterisation of ionic liquids is an
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crystals sublimate. The goal of this project is to develop a helium-filled balloon with zero buoyancy which follows the airflow over the mountain. Employing this balloon drifter with a holographic imager to
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alloy, the solid crystal structure often forms in the shape of dendritic grains. The dendrites, a few millimeters in size, first grow freely in the liquid and can move during their growth
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to CrystalTrak software, allows automatic liquid handling for protein crystallization optimization, eliminating the tedious process of solution preparation and dispensing by hand. Stereoscopes coupled to high