Danzig am Mittelmeer. Die Bronzeskulptur des Neptunbrunnens – Ikonographie, Bilderfindung und Bedeutung

The bronze statue of Neptune (around 1615–20) in the Long Market (DługiTarg) in Gdańsk unifies two opposed antique prototypes, a contrapposto figure which shows the god Neptune peacefully resting, and a dynamic figureapplying the trident, his weapon, in combat. The new combination representsmimetically the changeable nature of the god’ s liquid sphere, the sea.In its artistic invention the statue manifests such an exact knowledge andfamiliarity with the study of antiquity and the artistic methods from MichelangeloBuonarroti until to Giambologna (Jean Boulogne, 1529– 1608), thatwe have to look for the artist among those trained in sixteenth Century Florence.Among the works of the Dutch Hubert Gerhard (1550– 1620), traineduntil to 1581 in Florence in the circle of Giambologna and later active inAugsburg and Munich as a leading Northern Mannerist artist, the ArchangelVanquishing Lucifer (1588) at the facade of St Michael’s Church (M unich)comes most close to the movement expressed in the Gdańsk Ne ptune.

A general database of hydrometeor single scattering properties at microwave and sub-millimetre wavelengths

A main limitation today in simulations and inversions of microwave observations of ice hydrometeors (cloud ice, snow, hail, etc.) is the lack of data describing the interaction between electromagnetic waves and the particles. To improve the situation, the development of a comprehensive dataset of such scattering properties has been started. The database aims at giving a broad coverage in both frequency (1 to 886 GHz) and temperature (190 to 270 K), to support both passive and active current and planned measurements, and to provide data corresponding to the full Stokes vector. This first version of the database is restricted to totally random particle orientation. Data for 34 particle sets, i.e. habits, have been generated. About 17 of the habits can be classified as single crystals, three habits can be seen as heavily rimed particles, and the remaining habits are aggregates of different types, e.g. snow and hail. The particle sizes considered vary between the habits, but maximum diameters of 10 and 20 mm are typical values for the largest single crystal and aggregate particles, respectively, and the number of sizes per habit is at least 30. Particles containing liquid water are also inside the scope of the database, but this phase of water is so far only represented by a liquid sphere habit. The database is built upon the netCDF4 file format. Interfaces to browse, extract and convert data for selected radiative transfer models are provided in MATLAB and Python. The database and associated tools are publicly available from Zenodo (https://doi.org/10.5281/zenodo.1175572, Ekelund et al., 2018b), and https://doi.org/10.5281/zenodo.1175588, Mendrok et al., 2018, respectively). Planned extensions include non-spherical raindrops, melting particles and a second orientation case that can be denoted as azimuthally random.

AIE-doped poly(ionic liquid) photonic spheres: a single sphere-based customizable sensing platform for the discrimination of multi-analytes

Based on one single AIE-doped photonic-structured polyionic liquid sphere, a novel customizable virtual sensor array system was developed.