Kepler 1649c Planet: Size, Mass, Gravity, Surface Temperature, Oxygen, Habitable, Atmosphere, Distance, Facts

Kepler 1649c Planet: Size, Mass, Gravity, Surface Temperature, Oxygen, Habitable, Atmosphere, Distance, Facts

Kepler 1649c Planet

Unveiling Kepler 1649c: A Super Earth in the Cosmic Symphony

In the vast expanse of the cosmos, Kepler 1649c emerges as a celestial marvel, offering a glimpse into the intricacies of distant planetary systems. This super Earth, orbiting an M-type star, beckons astronomers and enthusiasts alike to delve into its cosmic chronicles and unravel the mysteries that shroud its existence.

Kepler 1649c: A Stellar Profile

Kepler-1649c, a super Earth with a mass of 1.2 Earths, takes center stage in the planetary ballet around its host star, Kepler-1649. Positioned at a distance of 0.0649 AU from its star, this enigmatic exoplanet completes one orbit in approximately 19.5 days. The discovery of Kepler-1649c was officially announced in 2020, marking a significant milestone in our exploration of distant planetary realms.

Kepler 1649c planet

Exploring the Habitable Zone

Nestled within the habitable zone of the red dwarf star Kepler-1649, this Earth-sized exoplanet raises questions about its potential for life-sustaining conditions. Orbiting at a proximity that places it within the just-right range, where liquid water could exist, Kepler-1649c unveils the delicate dance of celestial bodies within its cosmic neighborhood.

Kepler's Revelation: A Second Earth?

In 2017, Kepler's watchful eye uncovered Kepler-1649c, presenting it as the most "similar planet to Earth" at that time. Initially deemed a false positive by Kepler's robovetter algorithm, the exoplanet's authenticity was later reaffirmed by the Kepler False Positive Working Group in April 2020. This revelation ignited excitement among scientists, positioning Kepler-1649c as a potential Earth analogue in the vastness of space.

Kepler's Legacy: Beyond Its Retirement

While NASA's Kepler spacecraft retired in 2018, its legacy endures with continued discoveries. Kepler-1649c, a hidden gem in the dataset, orbits its star within the habitable zone, sparking hopes of finding a second Earth. The extensive dataset compiled by Kepler continues to be a treasure trove for astronomers, providing insights into the prevalence of potentially habitable worlds throughout the Milky Way galaxy.

Kepler 1649c exoplanet

The Quest for Habitability

Kepler-1649c's unique characteristics, including its Earth-like size and proximity to its star, make it an intriguing subject for the search for habitability. The exoplanet's position within the habitable zone, coupled with its size and orbital features, adds to the growing body of evidence suggesting that Earth-sized planets in this cosmic sweet spot might be more common than previously thought.

A Closer Look at Kepler-1649c's System

Kepler-1649c shares its celestial home with Kepler-1649b, a neighboring planet with a different orbit. While Kepler-1649b orbits at about half the distance of Kepler-1649c, the true habitability prospects of the latter remain a mystery. The stability of their orbital ratios hints at a well-ordered system, yet uncertainties about Kepler-1649c's atmosphere and potential solar flare impacts raise questions about its ability to sustain life.

The Cosmic Climate of Kepler-1649c

Kepler-1649c's climate remains a cosmic enigma, with limited information available about its atmosphere and surface conditions. With 75% of the stellar energy influx that Earth receives from the Sun, the exoplanet's temperature may resemble our home planet's, but much is still unknown. Ongoing research aims to unveil the secrets of Kepler-1649c's climate and atmospheric composition.

Kepler 1649c Size Compared to Earth

Kepler-1649c is 1.06 times the size of Earth, making it very similar in terms of size.

Kepler 1649c Mass Compared to Earth

The mass of Kepler-1649c is 1.2 times that of Earth.

Kepler 1649c Surface Gravity Compared to Earth

The surface gravity of Kepler-1649c has not been explicitly provided in the available information. However, given its mass and radius, surface gravity could be estimated using the formula =2, where is the gravitational constant, is the mass of the planet, and is its radius.

Surface Temperature of Kepler 1649c

The equilibrium temperature of Kepler-1649c, Teq, is 234 K (-39 °C; -38 °F).

Does Kepler 1649c Have Oxygen

The information available does not provide details about the atmospheric composition of Kepler-1649c, including the presence of oxygen.

Is Kepler 1649c Habitable

Kepler-1649c orbits within the habitable zone of its star, where liquid water could potentially exist. However, its habitability is uncertain due to the lack of information about its atmosphere and the potential impact of solar flare activity from its red dwarf star. As of now, it's unclear if Kepler-1649c can sustain liquid water on its surface, and its habitability prospects are challenging to gauge.

Kepler 1649c Atmosphere Composition

The composition of Kepler-1649c's atmosphere is not specified in the available information. Scientists lack data on its atmosphere, which is crucial for understanding its temperature and potential for maintaining surface water.

Kepler 1649c Distance from Earth

Kepler-1649c is located about 301 light-years (92 pc) away from Earth in the constellation of Cygnus.

Kepler 1649c planet compared to earth

10 Interesting Fun Facts About Kepler 1649c

  1. Kepler-1649c was initially considered a false positive by Kepler's robovetter algorithm.
  2. Its discovery was announced in April 2020.
  3. Kepler-1649c completes one orbit around its star in approximately 19.5 Earth days.
  4. It receives about three-quarters of the radiation from its host star as Earth does from the Sun.
  5. Kepler-1649c is just 1.06 times larger than Earth.
  6. The planet's proximity to its star suggests it may be tidally locked.
  7. Kepler-1649c has a neighboring planet, Kepler-1649b, which is too hot to support life as we know it.
  8. The habitability prospects of Kepler-1649c are challenging to determine without information on its atmosphere.
  9. Kepler-1649c's system is stable, with inner and outer planets exhibiting a stable orbital ratio.
  10. The discovery of Kepler-1649c underscores the importance of double-checking automated analysis in exoplanet searches.

Kepler-1649c: A Gateway to Cosmic Exploration

As scientists continue to analyze the data from Kepler's groundbreaking mission, Kepler-1649c stands as a testament to the potential for habitable exoplanets. The quest for a second Earth among the stars persists, fueled by the discoveries of worlds like Kepler-1649c. The ongoing exploration of distant planets fuels our curiosity and deepens our understanding of the vast cosmic tapestry that stretches far beyond our own celestial neighborhood.

In conclusion, Kepler-1649c invites us to contemplate the possibilities of life beyond our solar system and encourages us to peer into the cosmic abyss with a sense of wonder and curiosity. As technology advances and new missions take flight, the search for habitable worlds continues, and Kepler-1649c remains a celestial beacon in our quest to unravel the mysteries of the universe.

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