From a high school science class to a professional observatory, TheStarDB scales to fit every level of curiosity and every professional need.
Not every visit needs a reason. Open TheStarDB on a quiet evening and follow whatever catches your eye: a nebula, a nearby star, a black hole you have only ever read about. No telescope, no astronomy background, and no account required to start looking.
Abstract concepts become concrete when students can interact with actual stellar data. Show stellar evolution by loading a main-sequence star, then a red giant, then a white dwarf all rendered accurately in real time.
TheStarDB's STEN viewer is designed to run continuously on touchscreen kiosks and exhibit displays. No app store. No install. Just open a browser Chrome, Firefox, Safari and it runs.
/explorer.html?obj=Sgr+A*
You see a bright point of light in Orion. With TheStarDB, you can look it up in seconds, see exactly what it looks like physically, and learn everything about it its temperature, distance, mass, and spectral class.
A real, individually cataloged star, registered with a name that matters to you, and a dedication message attached to it permanently. For an anniversary, a birthday, or in memory of someone, it is a gift that stays searchable and alive in the catalog long after the occasion.
Every object in STEN is computed fresh on the GPU, frame by frame, not a looping animation. That makes it a genuine source of background footage and B roll: a black hole, a pulsar, or a slow drift through a star field, captured live instead of pulled from stock libraries.
Pick a real star system for your setting instead of inventing one, then pull its actual distance, mass, and spectral class. See what a sky would really look like from a planet orbiting that star, and let real physics inform the details your readers will notice.
The TheStarDB REST API gives you full access to every object in the catalog. Filter, paginate, sort. Get full physical parameters in one call. Build your own astronomy tools on top of the most comprehensive open stellar database on the web.
# Search all named G-type stars within 100 light years GET https://thestardb.org/api/v1/stars ?stellar_class=G&is_named=true&max_dist_ly=100 # Response { "count": 14, "stars": [ { "name": "Sol", "spectral_class": "G2V", "temperature": 5778, "dist_ly": 0.000016 }, { "name": "Tau Ceti", "spectral_class": "G8.5V", "temperature": 5344, "dist_ly": 11.9 }, ... ] }
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