A Modern Astronomy Console
AstroBis is built as a browser-native astronomy workspace: part 3D atlas, part data dashboard, and part educational research notebook. It favours traceable public data, careful unit labels, and interactive visualisations that make scale, motion, and uncertainty visible.
Oort-scale Solar System atlas with AU ruler, heliopause, and spherical cloud shells
Mars 3D map with real surface texture, MOLA-derived terrain displacement, named areographic features, landing sites, polar layers, moons, and coordinate picking
EarthOps world map with 3D, 2D, and orbital-shell modes plus public media, satellites, debris, launches, natural events, disasters, earthquakes, and space news
CelesTrak TLE snapshots with local SGP4 propagation and night-side Earth lighting
Exoplanet archive cards plus mission, timeline, and distribution plot windows
JPL close-approach snapshots with interstellar visitor orbit context
Bright-star atlas with RA/Dec, distance shells, spectral color, H-R view, and physical proxies
Data Sources
Method Notes
The project separates measured data from visual interpretation. Solar-system worlds use public texture maps where possible; the Mars map uses a real global texture plus a resampled NASA PDS MOLA terrain layer rather than rover-scale terrain reconstruction; exoplanet portraits are explicitly labelled as data-driven artist renders because most exoplanets are not directly resolved in visible light. ISS position is propagated from current TLE data, EarthOps event and disaster layers are public feed snapshots rather than official impact assessments, and small-body risk labels are prioritisation proxies, not official impact predictions.