Sebastian Mühlbauer

TL;DR: Spin Control Controlling and manipulating the spin of an electron is a central requirement for applications in spintronics and an efficient and simple superconducting-based single-electron transistor that can produce spin current with controlled flow is designed and fabricated.

TL;DR: In this article, a comprehensive small angle neutron scattering study of the magnetic phase diagram of the doped semiconductor was performed and the authors found that the regime of the skyrmion lattice is highly hysteretic and extents over a wide temperature range as may be expected due to the site disorder of the Fe and Co atoms.

TL;DR: This study revealed that skyrmions vanish by a coalescence, forming elongated structures, and numerical simulations showed that changes of topology are controlled by singular magnetic point defects.

TL;DR: EuO is established as the pre-eminent material for the direct integration of a carrier-concentration-matched half-metal with the long-spin-lifetime semiconductors silicon and GaN, using methods that transcend these difficulties.