According to the data of the 4.5 earth mass planet, which orbits a star in 28 days, surely there is

News of the solar system evolution of the Solar System Small objects Asteroids Kuiper Belt Objects Comets Interplanetary material esbe Earth and Moon Jupiter's other moons Mercury Galilean moons of Mars meteoroids, meteors Sun Neptune Saturn's other moons Titan dwarf planet Uranus Venus current celestial events Star Asztroblog Astrophysics development of Star Birth Star nal Other Astrophysics Exoplanets Special Stars Other topics Extragalactic Astronomy active galactic nuclei central black holes in Galaxy Clusters Special galaxies early universe Cosmic esbe background radiation Specific theories structure of Universe readers asked about program offers teachers Milky Way The Milky Way ed Star Clusters interstellar material science Terrestrial telescopes spacecraft esbe space-borne telescopes Knowledge Structure of the Solar System, the Earth and the Moon Sun - the central star of our solar system to solar system's tiny orbs Jupiter Mars Mercury, Saturn, Uranus, Venus, the Milky Way Astrophysics Stellar evolution of stellar structure and basic properties esbe of Star Star nal Exoplanets astronomical instruments The history of manned space exploration satellites launch and applications of advanced optical instruments - telescopes spacecraft Space Telescope Astronomy History Extragalactic astronomy Searching for Cosmology Educational materials Spherical Astronomy - Constellations Contact, Contact User Community Issues Forum
2P/Encke analemma Andromeda chandra Chang'e-3 rallies Olympiad Ence ESA exoplanet exohold esbe white dwarf black hole Laszlo Francsics gamma burst GRB globular clusters Moon Goddess Hubble Photos of the week IBEX ISON Jade Rabbit Kepler esbe kilonóva M31 M82 magnetosphere Mars MTT NASA nova Piszkés Rosetta rosette- Nebula Science SN 2014J radio telescope Spitzer Subaru Milky Way supernova spectrum VLT comet
According to the data of the 4.5 earth mass planet, which orbits a star in 28 days, surely there is a companion, which is also super-Earth, but smaller field moves in a circle runs during 7.2 days. In particular, in the ground-based telescopes with a gas giant and a super-Earth is the third planet in the system can be more, but they demonstrate the existence of further observations are needed.
The planets orbiting GJ 667C in 22 light-years marked catalog, spectral type M dwarf star around, esbe more precisely, a triple esbe star system around the red dwarf is a member. The other two components (GJ GJ 667A and 667B), K spectral type, orange object. The stars heavy element content of the Sun is only one quarter, which is interesting because one of the members of the group, Steven Vogt (University of California, Santa Cruz) according to such metal poor stars did not wait around at all the planets. The fact that a close representative of the Galaxy is the most common star type but has a planetary system, indicating that the Milky Way may be a lot of a rock planet, which orbits the potential to star in the habitable zone, ie there where water in liquid form can exist on its surface.
Fantasy Drawing the GJ 667 system. In the foreground you can see the newly discovered super-Earth orbiting around a red dwarf, which in turn is part of a triple star system, with the other two components of a dwarf orange. [Guillem Anglada-Escudé, Carnegie Institution]
The new super earth is thought to be roughly the same amount of energy from its star than the Earth is from the Sun, it is true, as much of this infrared radiation. GJ 667C habitable zone, orbiting GJ 667Cc currently one of the most promising candidates for liquid water to carry.
Spectroscopic data of the planet detection are based in part on ESO public database (HARPS spectrograph), and partly from the famous Keck Observatory and the Magellan II telescope in Carnegie Planet Finder Spectrograph instrument of observations. esbe