Assertion: celestial sphere's star | /r/HasProperty | vega
Facets:
value: in 14,000 ad
type: TEMPORAL
value: in lyra
type: LOCATION
Source sentences:
text: As a result, over the next 11, 00 years Earth’s axis will precess or wobble so that it assumes an orientation toward the star Vega.
text: The two brightest northern stars are Vega and Capella.
text: Precession will then point the north celestial pole nearer the constellation Lyra, where the second brightest star in the northern celestial hemisphere, Vega, will be a pole star around 13,700 AD, though at a distance of 5° from celestial north.
text: At present the polestar is Polaris (α Ursae Minoris); Thuban (α Draconis) was closest to the North Pole about 2700 bce, and the bright star Vega (α Lyrae) will be the star closest to the pole in 14,000 ce.
text: In 14,000 AD, the "pole" star will be Vega in Lyra.
text: It is located halfway between the star Vega in Lyra constellation and Rasalhague in the constellation Ophiuchus.
text: You look for the bright star Vega in the constellation of Lyra and find that it is at your zenith.
text: Further around, still on the line of the horizon, is another star, Vega.
text: This is the declination of the bright star Vega.