Publications by authors named "Igor Lyuksyutov"
Article Synopsis
- Merging codirectional beams with higher translational energies enables the study of molecular collisions at very low relative kinetic energies, like in the milliKelvin range.
- This technique offers greater intensity and a broader chemical scope compared to methods that require slowing both collision partners.
- The assessment focuses on the collision energy range and resolution achievable for thermal molecular beams, influenced by the velocity distributions of the merged beams, including both standard and a unique rotating supersonic source method.
The homogeneous state of a ferromagnet-superconductor bilayer (FSB) with the magnetization perpendicular to the layer can be unstable with respect to the formation of vortices in the superconducting layer. The developing topological instability in the FSB leads to formation of domains in which the direction of the magnetization in the magnetic film and the direction of vorticity in the superconducting film alternate together. This is a new, combined topological structure, which does not appear in isolated layers.
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