Quantum Computing at the Atomic Scale
We are recruiting PhD students for research in quantum computing with molecular qubits, using electron spin resonance scanning tunneling microscopy (ESR-STM). Our work focuses on atomic-scale spin qubits, quantum control of surface-adsorbed molecules, and experimental quantum nanoscience, combining low-temperature STM with coherent spin manipulation. Please, click here for more information.
PhD Positions in Experimental Quantum Nanoscience
We offer fully funded PhD positions focused on experimental quantum nanoscience, surface science, and scanning tunneling microscopy, based in San Sebastián (Spain).
Quantum designer states with the STM
PhD Position in Topological Superconductivity: This research involves using magnetic atomic nanostructures on superconducting surfaces to perform topological quantum computing. By arranging atoms in specific patterns that mimic the lattice parameters of the superconductor, it is possible to induce bands of paired single-particle states, creating a new type of superconductivity with distinct topological properties. This could enable the generation and manipulation of Majorana states using STM technology. Please, click here for more information.
Post-doctoral Position at the Quantum Phenomena on Surfaces Group:
We are expanding! Our group has recently acquired a state-of-the-art Unisoku T-1300 milli-Kelvin STM with built-in microwave driving, and we are seeking a post-doctoral candidate to help us in its daily operation. The ideal candidate will have innovative experimental ideas, excellent technical skills in any of the following: ultra-high vacuum systems, very low temperature environments, microwave engineering and/or scanning probe techniques.
Please, click here for more information.
