The award was presented to Rodrigo in recognition of his dissertation titled "Exploring Coherent and Dissipative Spin Dynamics with Superradiant Quantum Gases," under the supervision of Prof. Tilman Esslinger [1]. His research involved a series of experiments using Bose-Einstein condensates coupled to a high-finesse optical cavity, exploring emergent dissipative and coherent spin dynamics. Dr. Rosa-Medina's work revealed novel dissipative phase transitions [2], superradiant tunneling in synthetic lattices [3], and the generation of nonclassical atom pairs from stimulated vacuum fluctuations [4].
Currently, Rodrigo is working as a postdoctoral researcher in the quantum information group at ATI, where he supervises the construction of a programmable quantum-gas microscope for fermionic and bosonic lithium atoms [5]. This novel platform will enable the fast preparation of a few atoms in reconfigurable lattice systems, paving the way for new quantum simulation experiments, from strongly correlated topological physics to frustrated quantum magnetism.
Congratulations to Dr. Rodrigo Rosa-Medina on this remarkable achievement and for his continued contributions to the field of ultracold atoms.
References
[1] Rosa-Medina, "Exploring Dissipative and Coherent Spin Dynamics with Superradiant Quantum Gases.", PhD diss., ETH Zurich (2023).
[2] Ferri*, Rosa-Medina*, et al. Physical Review X 11, 041046 (2021)
[3] Rosa-Medina*,Ferri*, et. al. Physical Review Letters 128, 143602 (2022)
[4] Finger*, Rosa-Medina*, et al. Physical Review Letters 132, 093402 (2024)
[5] Lithium Lab, Quantum Information Group, ATI: https://www.quantuminfo.at/lithium-lab, opens an external URL in a new window