a planet that is slightly larger and heavier than our Earth. Consequently, the atmospheric pressure at the planetary surface is likely to be higher. It could happen, sometime in the future. 0315 With an effective temperature of 3400 °C on its surface, the host star GJ667C is much cooler than our Sun, which has a surface temperature of 5500 °C. The M-dwarf sample, submitted to Astronomy & Astrophysics. Scientists have discovered these water bears and also moss piglets so far. Examples are the so-called tardigrades, which are also known under the charming names “waterbears” and “moss piglets” (see Figure 4). There were also though to be five other potential additional planets, however it was later shown that they may be artifacts resulting from correlated noise. GJ 667CC's average temperature is 4.3 °Celsius, 39.6 °Fahrenheit because it absorbs more electromagnetic radiation than Earth. Gliese 667 Cc Earth linking to your page a contact. Located in the constellation of Scorpius only 22 light-years away, the star is just over one third of the mass of the Sun. Because of the being so close to its host star it is possible that Gliese 667 Cc could be tidally locked on its axis. We hope you enjoy your vacation stay on this amazing planet. The life that will be present there will have to face some potential challenges that include the violent flares of the host star, less and varying light conditions and possibly a higher atmospheric pressure. The habitable zone around a star is defined such that the temperatures on the surface of a planet are just right for water to exist in liquid form. The Earth Similarity Index (ESI) describes how similar an object is to Earth and ranges from zero (no similarity) to one (identical to Earth). The mass of Gliese 667Cc is 3.7 times the mass of Earth, therefore the Gravity will also be much higher than that on Earth and because of that things will weight notably higher than that on Earth and the speed of rain will also be much higher than that on Earth. The planet Gliese 667 Cc is a … To the naked eye, the system appears to be a single faint star of magnitude 5.89. M-dwarf stars are cooler and also smaller as compared to our Sun, but these type of stars constitute 60% of all stars present in the observable universe, so most of the stars that we see at night are M-dwarf type. Although most of this radiation is emitted in the infrared (IR), it is most likely enough to allow for liquid water on the planetary surface. It is obvious that due to the shorter distance of host star and the planet the star looks much bigger in the sky of GJ667Cc as compared to our Earth. These hardened creatures have even been returned alive from studies in low earth orbit where they were exposed to space conditions. For now, we can only speculate how both flora and fauna will evolve and adapt to such conditions. It would rotate synchronously and show always the same side towards the star – an effect that we know from our Moon. Also, the size and density of the planet are still unknown to us which means that Gliese 667Cc could be an inhabitable gas planet like Jupiter and Saturn. Gliese 667 Cc is much closer to it's host star making it appear more than three times larger in the planet's sky than the sun does on Earth. For a more extreme case like a Venus-type atmosphere, the pressure could be several hundred times larger, which corresponds to a water pressure a few kilometres deep down in the ocean on Earth. M-dwarfs are currently investigated here at the Institute of Theoretical Astrophysics. Because of being less powerful than our sun, there are many benefits also, as it emits less radiation than our sun and also has a luminosity of just over one per cent in solar values. All three of the stars have masses smaller than the Sun. The planet c is located right in the habitable zone, where liquid water on the planetary surface may exist. Liquid water is considered to be one of the most essential requirements for the formation of life. Hello ladies and gentlemen, welcome onboard the today’s flight to the Exoplanet Gliese 667 Cc. The star casts a faint reddish light on the planet’s surface. But don’t be happy now it is strikingly different from our Earth in many different ways. In other words, you would feel (up to) 1.6 times heavier (1.6 g). Link then use the algorithm has control which pages more likely. Well we know that living beings are best in adapting, Even on our planet Earth we have found various species that have amazing ability to adapt to extreme and harsh conditions like the so-called Tardigrades. Inexplicably, human Y chromosomes are weakened… We all know that our Earth is present in the habitable zone of our Sun which makes it a suitable place for life to grow. At this day all humans go out tonight and pray to god that this never happens again. GJ667Cc receives a radiation flux which is about 90% of what we receive from our Sun on Earth. Owing to the much lower energy output, the habitable zone around the red dwarf star GJ667Cc is much closer to this star at distances between 0.11 AU and 0.23 AU (see Figure 2). Meaning we can imagine oceans, water cycle and maybe life could also be present there. If GJ667Cc has an atmosphere that scales proportional to the terrestrial one, then the pressure would just be a few times higher. 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