26 structures "https:" "https:" "https:" "https:" "https:" "https:" "Birmingham Newman University" positions at Free University of Berlin
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nanomanipulation setup to stack and twist 2D materials inside a cryostat, an optical "quantum twist microscope". Using this technique, you will study emergent structural chirality in 2D magnetic, excitonic, and spin
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a doctoral candidate, you will become part of an excellent scientific international network and benefit from our structured, interdisciplinary graduate programme offers, which include training courses
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infrared spectroscopy. Job description: The PhD student will help to establish this method, prepare recombinant Aβ peptides and variants, and perform structural measurements on oligomeric states inaccessible
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that encourages the exchange of ideas and promotes collaboration between established and young scientists within Germany and around the world (https://www.physik.fu-berlin.de/forschung/dahlem-center-for-complex
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of excitons – interlayer hybrid excitons -- in the molecule/2D heterostructures. The objectives will be: • Fabricate hybrid structures and integrate them with field-effect transistor geometry • Prove
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equipment to create, layer, structure, contact, cut and fold two-dimensional materials such as graphene and boron nitride with atomic precision. You will work closely with scientists from the CRC 1772 and the
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of proteins and their complexes. Together with our collaboration partners, we relate these thermodynamic and structural properties to biologically relevant functions, such as inflammation control in sepsis
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scientists within Germany and worldwide (https://www.physik.fu-berlin.de/forschung/dahlem-center-for-complexquantum-systems/index.html ). The research focus of the Dahlem Center is quantum theoretical solid
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hand, we utilize our findings directly for applications in THz photonics, e.g., for the construction of novel emitters, detectors, and modulators of THz radiation. More information can be found at: http
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In the ERC-funded project CASTLe (https://www.castle.unifi.it ) we aim at a fundamental understanding of chirality-induced spin selectivity (CISS) and investigate potential applications in quantum