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Your search for "phd position spin wave generation in quantum materials" yielded 25920 hits

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Second harmonic generation is analyzed from a microscopical point of view using a non-equilibrium Green's function formalism. Through this approach the complete on-state of the laser can be modeled and results are compared to experiment with good agreement. In addition, higher order current response is extracted from the calculations and together with waveguide properties, these currents provide t

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By measuring a linear response function directly, such as the dynamic susceptibility, one can understand fundamental material properties. However, a fresh perspective can be offered by studying fluctuations. This can be related back to the dynamic susceptibility through the fluctuation–dissipation theorem, which relates the fluctuations in a system to its response, an alternate route to access the

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We study the exciton dynamics in an optically excited nanocrystal quantum dot. Multiple exciton formation is more efficient in nanocrystal quantum dots compared to bulk semiconductors due to enhanced Coulomb interactions and the absence of conservation of momentum. The formation of multiple excitons is dependent on different excitation parameters and the dissipation. We study this process within a

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2025XANADU is granted 150 000  SEK from the Crafoord foundation to organize a PhD research school in 2026.More information on the Crafoord foundation website. Gordon Research Conference July 20-25, 2025:Advanced X-Ray Science Driving Societal TransformationThe X-Ray Science GRC is a five-day international conference featuring unpublished research and global speakers. Held in a remote location, it

https://www.fysik.lu.se/en/education/xanadu-graduate-research-school/news/older-news - 2026-07-13