Lyra

LYRA
The lovely figure of Lyra (the Lyre) is seen rising (north is to the left) with brilliant Vega up and to the left of a small parallelogram of fainter stars.

Lyra
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Lyra is a constellation in the northern hemisphere. It was introduced by the Greek astronomer Ptolemy in the 2nd century.

Lyra (Latin for Lyre) is one of the 48 constellations listed by Ptolemy, and is one of the 88 modern constellations recognized by the International Astronomical Union.

LYRA
M57 Ring Nebula
A small but bright northern constellation lying between DECL=+30 and DECL=+40 and RA=18h and RA=19h.

Lyra, el Arpa
Los enlaces en color anaranjado lo llevan a páginas en Inglés aún no traducidas al Español.
Constelación Lyra, el Harpa..
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Lyra
Map created in Guide 7.0 with the figure outline based on Johannes Hevelius' Uranographia (1690). Click on the object's name to access its image or click on the name of adjacent constellation to see its map.

Lyra
Abbreviation: Lyr
Genitive: Lyrae
Translation: The Lyre
Sky Chart
Peoria Astronomical Society Lyra Page
Interactive star chart (Java applet) ...

Lyra, the lyre or harp:
A small but ancient constellation that is very easy to spot in the northern skies. Lyra contains the star Vega (the fifth brightest star in the night sky) and is one-third of the asterism known as the "Summer Triangle".

Lyra
Transit Date of principal star:
1 July
The lyre is one of the most ancient of musical instruments. For example, in the royal city of Ur (circa 3000 BC) musicians played the lyre for royalty, according to excavated artifacts.

Lyra
Abbreviation: Lyr English name: Lyre Coordinates see Stellar data
Particulars: ...

Lyra was frequently visualized as an eagle or vulture as well as a lyre; both are shown on this engraving from the Uranographia of Johann Bode (1801).

Lyra is a small constellation, but rather obvious to the eye. Its principal star, Vega, ...

Lyra is a constellation. Its name derived from the lyre, a string instrument well known for its use in classical antiquity and later.

Lyra (Harp)
Silver Saint Orphée, Ghost Saint Orpheus (Movie1)
Origin of the constellation: Ancient Greece (Ptolemaeus) ...

Lyra
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Lyra
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Lyra
variable star
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LYRA
Lyra (the lyre) is a small, bright constellation in the Northern Hemisphere. The brightest star in Lyra is Vega (meaning "falling eagle") which has a white color and is the fifth brightest star in the sky.

LYRA
Lyra (the lyre) is a small, bright in the northern hemisphere. The brightest star in Lyra is (meaning "falling eagle") which has a white-pale blue color and is the fifth brightest star in the sky.

Lyn, Lyne International Astronomical Union abbreviations for Lynx. See constellation. Lynx (abbr Lyn, Lyne) See constellation. Lyr, Lyra International Astronomical Union abbreviations for Lyra. See constellation.

The constellation Lyra is also home to one of the most famous objects on the sky. M57, the Ring Nebula, is probably the finest example of a planetary nebula anywhere in the sky.

the Athenian astronomer Euctemon, according to Geminus of Rhodes, compiled a weather calendar in which Aquarius, Aquila, Canis major, Corona, Cygnus, Delphinus, Lyra, Orion, Pegasus, Sagitta and the asterisms Hyades and Pleiades are mentioned, ...

in Constellation Lyra, the
Lyre or Harp.
Vega was the first star to be photographed, exposed for 100 seconds with the daguerreotype process through a 15-inch refractor at Harvard Observatory on the night of July 16-17, 1850.

The other type of pulsating star is the RR Lyra (plural: RR Lyrae) type.

(a) The Ring Nebula in the constellation Lyra, a classic example of a planetary nebula, is about 1500 pc from us. It is about 0.

NASA's Kepler spacecraft, launched in 2009, is designed to stare at a patch of space in the direction of the constellations of Lyra and Cygnus, and monitor for changes in the brightness of around 100, ...

(v´g), brightest star in the constellation Lyra; Bayer designation Alpha Lyrae; 1992 position R.A. 18h36.7m, Dec. +38°47&minut;. A white main-sequence star of spectral class A0 V, its apparent magnitude is 0.

The Earth's rotation axis happens to be pointing almost exactly at Polaris now, but in 13,000 years the precession of the rotation axis will mean that the bright star Vega in the constellation Lyra will be approximately at the North Celestial Pole, ...

Less than 18 degrees away from M27 lies the famous Ring Nebula in Lyra. Also known as M57 or NGC 6720, it is straight above the Dumbell, 41 degrees above the horizon. It is bright enough to find easily.

2 Vega White Lyra 25 0.03 0.5 Capella Yellow Auriga 43 0.08 -0.7 Rigel Blue Giant Orion 900 0.12 -7.1 Procyon Yellow Minor Canis 11 0.38 2.6 Achernar Blue Giant Erudanus 85 0.46 -1.6 Betelgeux Red Giant Orion 310 0.5 5.

On the other hand, there are certain Messier objects whose magnitude is low, but because they are tiny, they have a high surface brightness - a good example is the Ring Nebula, M57 in Lyra. This magnitude 9 planetary nebula is just 1.3 x 1.

The Ring nebula of the constellation Lyra, a typical planetary, has a rotational period of 132,900 years and a mass calculated to be about 14 times that of the earth's sun. Several thousand planetaries have been discovered in the Milky Way.

A nearby, white, main sequence star in Lyra. Can often be seen near the zenith in the mid-northern latitudes during the Northern Hemisphere summer.

Aquila, along with Cygnus the Swan, and Lyra which was seen as a vulture( carrying a lyre and not the lyre itself), are the Stymphalian Birds from the Labours of Hercules.

The brightest star in the constellation Lyra and the fifth brightest star in the night sky. Vega is a white A-type main sequence star 25 light-years away. [C95]
Veil Nebula
see Cygnus Loop. [H76]
Vela Pulsar ...

The Ring Nebula (M57), a planetary nebula in the constellation Lyra During the red giant phase, a star often loses a lot of its outer layers which are blown away by the radiation coming from below.

Vega is located 25 light-years away from Earth in the constellation Lyra. Because Earth's pole wobbles over time, it will take Polaris's place as the North Star in 14,000 AD. Vega makes a full rotation about its axis once every 12.5 hours.

Vega, the brightest star in the constellation Lyra is easy to find as part of the triangle with Deneb and Altair, the brightest stars in Cygnus and Aquila. This trio is referred to as the Summer Triangle.

RING NEBULA
A ring nebula is a huge cloud of dust and gas that is shaped like a ring. Pictured above is M-57, a ring nebula in Lyra which is 2,000 light-years from Earth and was generated by a dying star (this nebula was discovered by Ch. Messier).

(In about 12,000 years, the Earth's axis will be directed towards the star Vega, which is in the constellation Lyra.)
I think it's safe to say that Shakespeare didn't know about precession! ...

The Kepler mission, launched in 2009, will spend three years looking for Earth-like planets in Earth-like orbits around Sun-like stars. It will scan 100,000 stars in the constellations Lyra and Cygnus in hopes of finding planetary transits, ...

Cygnus, with the bright star Deneb in the swan's tail, appears high in the summer sky. The three bright stars Deneb, Vega (in the constellation of Lyra), and Altair (in the constellation of Aquila) mark the Summer Triangle.

These names probably derive from the Arabic name, Al Nasr al Waki, "The Eagle with Partially Closed Wings." This was the name assigned to a group of three stars in Lyra, including Vega. Vega or Wega derives from Waki.

5,000 years ago it pointed at the star Thuban in the constellation Draco. In 14,000 AD, the "pole" star will be Vega in Lyra. It requires 26,000 years for the north celestial pole to complete one precessional circle around the sky.

forms the southern point of the Summer Triangle, three notably bright stars, highly visible shortly after sunset in the south in summer (now there's alliteration for you). The other two points in the triangle being Deneb in Cygnus and Vega in Lyra.

In this lesson I will teach you how to identify many stars and constellations that appear in the sky during the spring months - BÖÖTES (The Herdsman), VIRGO (The Virgin), LYRA (The Harp), CORONA BOREALIS (The Northern Crown) and HERCULES.

the bright star in the tail of Cygnus, Deneb, will be the pole star and Vega (in Lyra) will get its turn by the year 14,000 C.E.

See also: Constellation, Star, Planet, Sky, Light

Topic: Astronomy