Type: Research-oriented Project

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05AUG 2022
Projects
Extension of the PLANETOCOSMICS framework for the calculation of geomagnetic cutoff histograms
Hi, my name is Lukas, and I’ve been studying “Physics Advanced” in Erlangen since 2018/19. During the summer semester break of 2021, I participated in RISE Worldwide, a program in which Bachelor students can apply for financially sponsored research internships at universities worldwide. This program allowed me to work for ten weeks at the University […]
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08FEB 2022
Projects
Ultrafast control of spin-orbital separation probed with time-resolved RIXS
Abstract Quasi-one-dimensional systems exhibit many-body effects elusive in higher dimensions. A prime example is spin-orbital separation, which has been measured by resonant inelastic X-ray scattering (RIXS) in Sr2CuO3. We derive the time-resolved RIXS spectrum of Sr2CuO3 under the action of a time-dependent electric field. We show that the external field can reversibly modify the parameters […]Abstract Quasi-one-dimensional systems exhibit many-body effects elusive in higher dimensions. A prime example is spin-orbital separation, which has been measured by resonant inelastic X-ray scattering (RIXS) in Sr2CuO3. We derive the time-resolved RIXS spectrum of Sr2CuO3 under the action of a time-dependent electric field. We show that the external field can reversibly modify the parameters […]
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02FEB 2022
Projects
Simulation Of The Impact Of Processing Conditions On The Perovskite Film Morphology
Abstract The climate change is a worldwide pressing problem. One little contribution to solve this problem is to investigate new and better solar cells. Solar cells made out of perovskite can be made by printing and could be a low cost, eco-friendly alternative to standard silicon solar cells. Although there has been a huge increase […]
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01FEB 2022
Projects
Insight into the Quantum World
Michael Nicklas has studied and obtained his PhD within the research orientated program “Physics advanced”. He investigated quantum transport in individual carbon nanotubes and developed new theoretical tools for their description. Schrodingers cat The paradox of coexistence or superposition of virtually exclusive quantum states is vividly staged by the imaginary Schrödinger’s cat experiment where a […]Michael Nicklas has studied and obtained his PhD within the research orientated program “Physics advanced”. He investigated quantum transport in individual carbon nanotubes and developed new theoretical tools for their description. Schrodingers cat The paradox of coexistence or superposition of virtually exclusive quantum states is vividly staged by the imaginary Schrödinger’s cat experiment where a […]
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01FEB 2022
Projects
Molecular Hollywood
Dominik Peller is an alumnus of the Elite Physics Curriculum at the University of Regensburg. He developed the world’s first ultrafast microscope that can record the motion of an individual molecule, one trillion times faster than a conventional camera. The nanoworld in motion Every day, chemists imagine atoms and molecules floating around in space, vigorously […]
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01FEB 2022
Projects
Light-induced current in Weyl semi-metals
Weyl semi-metals: materials with peculiar electronic properties For many areas of industry and everyday life the effective transformation of light for the generation of electric current is of high importance – among others for the harvesting of clean energy, image-acquisition techniques in different areas, communication technology, as well as biological and chemical detectors. During my […]
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