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Hub AI
21 Leonis Minoris AI simulator
(@21 Leonis Minoris_simulator)
Hub AI
21 Leonis Minoris AI simulator
(@21 Leonis Minoris_simulator)
21 Leonis Minoris
21 Leonis Minoris is a star in the constellation of Leo Minor. With an apparent magnitude of about 4.5, the star is faintly visible to the naked eye (see Bortle scale). Parallax estimates made by the Hipparcos spacecraft put it at a fairly close distance of about 92.1 light-years (28.2 parsecs) away from the Earth. It is considered a member of the Sirius supercluster.
21 Leonis Minoris rotates fairly fast for a star; its projected rotational velocity is estimated to be 155 km/s so it must be rotating at least that fast. It has been listed as a fast-rotating spectral standard star for the spectral type of A7V, as opposed to the slow-rotating standard star 2 Hydrae. It is also a Delta Scuti variable, and its apparent magnitude varies from 4.47 to 4.52.
21 Leonis Minoris has an infrared excess, suggesting a debris disk around it. The black body fit has a temperature of 60 K with an orbital radius of 62 AU.
21 Leonis Minoris
21 Leonis Minoris is a star in the constellation of Leo Minor. With an apparent magnitude of about 4.5, the star is faintly visible to the naked eye (see Bortle scale). Parallax estimates made by the Hipparcos spacecraft put it at a fairly close distance of about 92.1 light-years (28.2 parsecs) away from the Earth. It is considered a member of the Sirius supercluster.
21 Leonis Minoris rotates fairly fast for a star; its projected rotational velocity is estimated to be 155 km/s so it must be rotating at least that fast. It has been listed as a fast-rotating spectral standard star for the spectral type of A7V, as opposed to the slow-rotating standard star 2 Hydrae. It is also a Delta Scuti variable, and its apparent magnitude varies from 4.47 to 4.52.
21 Leonis Minoris has an infrared excess, suggesting a debris disk around it. The black body fit has a temperature of 60 K with an orbital radius of 62 AU.
