L’acoustodynamique quantique des circuits pour coupler des résonateurs mécaniques à des qubits supraconducteurs et à des résonateurs à micro-ondes.
2023
Inge Herrmann
For her outstanding accomplishments in the field of materials engineering for biomedicine, especially for the development of nanoparticle-enabled approaches addressing clinical needs.
Outstanding accomplishments in the field of neuro-engineering, especially for connecting artificial limbs to the sensory nervous system, enabling restoration of natural sensations of touch and proprioception and thus improving limb function.
Outstanding accomplishments in the field of theoretical physics, for her systematic considerations of possible generalisations of General Relativity by including vector and tensor fields into the geometry.
Pioneering experiments on controlling quantum systems consisting of single trapped ions to explore the transition between classical and quantum dynamics.
Contributions to performance modelling, simulation, and optimization of large-scale parallel applications; topologies, routing, and host interfaces of large-scale networks; and advanced parallel programming techniques and runtime environments.
Accomplishments in the fields of computer graphics and geometric modeling in particular for contributions to the development of novel methods and algorithms for efficient digital processing of complex 3-dimensional geometry and surfaces.
Investigations of the vitamins B6 biosynthesis pathway. In particular for unraveling a novel pathway in archea, fungi and plants and the role of vitamin B6 in plant developmental processes and stress response.
Contributions in the fields of immunology and infectious diseases in particular for unraveling the in vivo role of a central molecule in T cell differentiation and ensuing immune responses to pathogens and allergens.
Contributions to mineral physics in particular for research on crystal structure prediction and for the discovery of several major Earth-forming minerals.
Solving the crystal structures of the 50S robosomal subunit and ribosomal cofactors required for protein synthesis, targeted protein degradation and cotranslational protein folding.
Nanotechnologies: Image-formation and contrast mechanisms in scanning near-field microscopy and of light-interaction with photonic band-gap nanostructures.
Geosciences: Statistical studies of physical and structural properties of the crust and simulations of ground-penetrating radar and seismic wave propagation.
