PhD: Quantum Coherent Control of Atomic Spin Centers in an Atomic Force [...]

The quantum nature of a physical system often emerges from its fundamental building blocks, such as atoms and molecules. In our group, we aim to establish coherent control of these individual quantum objects by advancing the recently realized combination of electron spin resonance and scanning tunneling microscopy (ESR-STM) [1]. ESR-STM allows for the coherent manipulation of single atom spins [2], addressing single atom nuclear spins [3] and high-resolution magnetic sensing [4,5]. This could recently be extended also to molecular spin systems [6]. The goal of this PhD thesis, in the framework of the ERC StG project ATOMQUANT, is to extend this technique towards atomic force microscopy. Thus, our main goal is to create a new solid-state architecture for magnetic sensing and quantum information processing operating on the atomic scale. During your work, you will gain practical experience in scanning probe microscopy, coherent manipulation of atomic spin centers, ultra high vacuum and low-temperature experiments as well as radio frequency (RF) electronics. You will work in a young enthusiastic team at the forefront of an exciting new field of research. Our new lab is fully running and has two unique mK ESR Scanning Probe Microscopes which gives you the unique opportunity to take your next career step in a thriving and dynamic environment.