Exoplanet Research Papers

2. The Milky Way galaxy is the constellation that earth belongs to, the sun is just another star within it.

What do you think we would do if someone from anther planet landed in the U.S and claimed it as his territory because he had discovered it? How would you feel about this?

Made up of all the planets that orbit the sun, the Solar System has over 100 worlds. In addition to eight planets without Pluto and nine with Pluto, the Solar System also consist of gas, dust, minor planets,asteroids, and moons. Containing 98% of all the materials in the Solar System, the sun is an extremely important object in the Solar System. Everything in the Solar System orbits or revolves around the sun. The larger an object is in space the more gravity it has and that why the enormous sun contains 98% of all the materials in the Solar System. The Solar System basically is just the planets moving rapidly and trying to fly away from the sun. They end up in in the emptiness of outer space. The outcome of the planets trying to fly away and

July 29, 2005: "It's definitely bigger than Pluto." So says Dr. Mike Brown of the California Institute of

Which proves that the distance of an exoplanet to its host star is important for astronomers to look for when finding Earth-like exoplanets. Astronomers use a term called the goldilocks zone to determine if an exoplanet can form liquid water on its surface. A goldilocks zone is simply a distance that an exoplanet must be to form liquid water, and the goldilocks zone is different depending on the size and temperature of the star that an exoplanet is orbiting. If an exoplanet is orbiting too close around its host star, the temperature on the exoplanet will be too hot to form liquid water ion its surface as the star will cause any liquid water that is on the exoplanets surface to boil into steam. If an exoplanet is too orbiting too far from its host star, it will receive very little starlight and the surface of the exoplanet will be too cold to melt ice into liquid water, so instead the water is frozen to form ice. Astronomers use the transit method to determine how close an exoplanet is orbiting around its host star, and have determined that an exoplanet that orbits once a week will be too close to its host star, and temperatures on the surface will be too hot. An exoplanet

This experiment was conducted to study and investigate if extraterrestrial life exists upon the exoplanet TRES 2. It was hypnotized that TRES 2 did not sustain the qualifications to support extraterrestrial existence. The results from this testing conclude the hypothesis was correct, with research as an addition from the luminosity testing it has been knowledge that TRES 2 reflects less than 1% of light making it one of the darkest exoplanets currently discovered. Light is a crucial element in the building blocks of life, it is the most important factor that influence the way life evolved on Earth. From photosynthesis, which is responsible for making producing nutrients in plantae’s and meeting our energy requirements. Furthermore TRES 2 orbits

The topic of finding life on another planet, or seeing if we are the only ones in our Universe has been a mystery to us since the beginning of time. One of the closest findings NASA has found to this topic was exoplanets. Exoplanet is defined as a planet that orbits a star outside the solar system. NASA’s Kepler Space Telescope is the main telescope used to search for exoplanets that have similar features to Earth, and habitability on these exoplanets. NASA has found over 2,000 exoplanets so far, and out of those, there are only about eight exoplanets that seem to have a possibility on being a habitable exoplanets. Among these eight, Kepler 62f seems to be the most plausible.

The main searches for exoplanets are being done by space missions. The Kepler space mission is finding the most exoplanets, however there are many other space missions like Gaia, MOST, CoRoT, and SWEEPS, that are finding exoplanets in habitable zones. There are also ground missions including the Anglo Australian Planet Search and HARPS which is done in Geneva. This graph shows all the exoplanets found that are less than 10Me or 1.5Re mapped on the habitable zone. The sizes of the circles indicate the radius of the planet, which has been estimated, if not

Kepler-442b, 1,100 light-years away, is 33 percent bigger than Earth and orbits its star once every 112 days. (NASA 2015)"

There is a great amount of variation between the Terrestrial planets. These planets differ in size, atmosphere, and temperature. The temperatures vary greatly in the Terrestrial planets. Average temperatures range from 900° F on Venus to -50° F on Mars, which happens to have the coldest temperatures out of all the Terrestrial planets. These colder temperatures are a result of differences in distance, atmosphere, and magnetic field.

Astronomers aboard NASA's planet-hunting spacecraft Kepler just discovered Earth 2.0 aka Kepler 452b. The planet is located 1,400 light-years away in the constellation Cygnus. The discovery of Kepler 452b brings the total number of confirmed planets by the Kepler project to 1030.

As we know that super-Earth doesn’t mean Earth like planet, it can be much better. They’re extrasolar planets whose mass is greater than Earth’s, yet much lesser than our solar system’s ice giants Neptune and Uranus, which have a very high mass that it can easily fit 17 and 15 Earths, respectively (note that Uranus is bigger than Neptune but it is less massive). Since the category only speaks to the exoplanet’s mass, we can’t say anything about an exoplanet’s surface conditions. It’s big, but may or may not be suitable to sustain

Even though the inner and outer planets are very similar, they also have quite a few differences.Even though the inner and outer planets may have the same orbit plane and they both do not use their own light they are also different in size and their composition.

Exo-planets are planets that are beyond our solar system. Exo-planets are planets that orbit a star other than our sun. Thousands of exo-planets have been discovered in the past two decades. The first exo-planet that has ever been discovered was the 51 Pegasi b. Astronomers found the planet by using a Kepler space telescope. The reason the hunt for exo-planets even began is because astronomers wanted to find another earth.

The first exoplanet found, Peg 51 b, challenged the then present theory of giant planet formation. Models of giant planet formation stated that Jupiter-like planets form at distances of 4-5 AU, AU being the distance from