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Congratulations, Leni!

Thesis Titled: Quantum correlations of large planar ion crystals in a novel monolithic radiofrequency trap

Welcome, Michael! He studied theoretical physics at the University of Bologna and is currently a PhD student in the Cryo team, where  he is involved in the Millenion project, which is dedicated to advancing trapped-ion quantum computers and transitioning them from lab prototypes to scalable, industry-grade quantum technologies.

Welcome Nele! Nele is a master’s student from Heidelberg who joined the 2D crystals team for her master’s project. She will investigate the realization of entangling operations with a 532nm laser.

Welcome, Eric! Eric received his M.Sc. in Electrical Engineering from the University of Calgary in Canada, studying segmentation/classification algorithms for Polarimetric Interferometric Synthetic Aperture Radar (PolInSAR). He received his Ph.D. in Electrical Engineering from the University of Toronto, with his doctoral thesis focusing on the development of a framework for optimal control of quantum noiseless subsystems. Eric has joined the CryoTrap team in Innsbruck looking to study control/optimization problems in ion shuttling for 2D arrays of ion traps.

Welcome, Marcel! Marcel earned his master’s degree from RWTH Aachen University, where he conducted his thesis project on quantum computing with quantum dot spin qubits in GaAs/AlGaAs. He then pursued a PhD at QuTech, Technical University of Delft. There he focused on spin qubits in Si/SiGe and Ge/SiGe. Specifically, Marcel investigated the electrical control of uniformity in quantum dot devices and two-dimensional quantum dot arrays. This September, he joined the Quantum Information Processing team as a postdoctoral researcher where he will work on the AQTION experiment.

Welcome Tim! Tim received his bachelor and master degrees at the TU Darmstadt in Germany. He wrote his bachelor’s thesis about solving QUBOs with a D-Wave superconducting quantum annealer in the group of Gernot Alber. He did his Masters with Gerhard Birkl where he focused on the scaling of optical tweezer arrays for neutral Rb-85 atoms beyond the milestone of 10000 dipole traps. He has now turned to ions and joined the QUDITS team to investigate the benefits of a richer Hilbert space for quantum computing.