Dynamo and Dynamics, a Mathematical Challenge

Part 1: Laboratory dynamos, theory and experiments. A nonstationary dynamo experiment in a braked torus; P. Frick, et al. Riga Dynamo Experiment; A. Gailitis, et al. Generation of magnetic field in the Couette-Taylor system; P. Laure, et al. Dynamo action, between numerical experiments and liquid sodium devices; J. Leorat, et al. MHD in von Kármán Swirling flows; L. Marié, et al. Dynamo action in a forced Taylor-Green vortex; C. Nore, et al. Saturation of a Ponomarenko type fluid dynamo; A. Nunez, et al. Dynamo Action due to Ekman layer Instability; Y. Ponty, et al. Hunting for dynamos: eight different liquid sodium flows; W.L. Shew, et al. Thermal flow in a rotating spherical gap with a dielectrophoretic central force field; B. Sitte, et al. Preliminary Measurement of the Turbulent Magnetic Diffusivity in three dimensions; J.C. Thelen, F. Cattaneo. Saturation mechanism in a model of the Karlsruhe dynamo; A. Tilgner, F.H. Busse. Part 2: Planetary and stellar dynamos, hydrodynamical models and simulations. Sheared helical turbulence and the helicity constraint in large scale dynamos; A. Bigazzi, et al. The inverse cascade in turbulent dynamos; A. Brandenburg. Rotating magnetoconvection in dependence on stratification, diffusive processes, and boundary conditions; J. Brestenský, et al. Small and large-scale dynamo action in simple forced flows; N.H. Brummell, et al. Convection driven dynamos in rotating spherical fluid shells; F.H. Busse, E. Grote. Dynamos in rotating and nonrotating convection in the form of asymmetric squares; A. Demircan, N. Seehafer. Magnetoconvection; T. Emonet, et al. On the application of grid-spectral method to the solution of geodynamo equations; P.Hejda, et al. Super and counter-rotating jets and vortices in strongly magnetic spherical Couette flow; R. Hollerbach. Large- and small-scale dynamo action; D.W. Hughes, et al. Dynamo problems in spherical and nearly spherical geometries; D.J. Ivers, C.G. Phillips. Anelastic planetary