Scientists detect exoplanets by using methods like the transit method, where a planet passing in front of its star causes a temporary dimming of the star's light, or the radial velocity method, where the gravitational pull of an exoplanet causes its star to wobble slightly. These observations, along with advancements in technology and data analysis, have helped scientists discover thousands of exoplanets.
No. An exoplanet is a planet outside of our Solar System.
No. A moon is not a planet. An exoplanet is aplanet that orbits a star other than the sun.
Both exoplanet and extrasolar planet are planets that are outside the solar sysytem.
As of now, no human-made spacecraft has traveled to an exoplanet. The vast distances and technological challenges make it extremely difficult to physically travel to an exoplanet within a reasonable timeframe using current technology. Most studies focus on observing exoplanets from a distance through telescopes or potentially exploring them through robotic missions in the future.
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Scientist believe there are but none have been found yet. We are currently in the process of searching for an exoplanet in the habitable zone. Also Scientist believe bacteria life could exist on Mars and Saturn's Moon Titan.
Yes. While we know relatively little about the atmospheres of individual expolanets, there is no reason an exoplanet couldn't have an exosphere.
We do not know enough about conditions on any exoplanet to determine if any would be suitable for humans.
which exoplanet is 'THE exoplanet'?
We won't know that until we are sure that we have discovered all of them.
The darkest exoplanet is "TRES-2B".
No. An exoplanet is a planet outside of our Solar System.
we do not know, scientist have not proved that they exist yet. sorry. Assuming that they did exist they would weigh 1 horn more then a horse.
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They are very difficult to detect as they cannot be seen directly; trying to see a relatively dark object (exoplanet) next to a very bright object (star) is virtually impossible. But they can be detected indirectly by several means:the star and the exoplanet orbit each other causing the star's location to "wobble"if the orbit of the exoplanet is in the plane of the earth/star then it will eclipse the star and these periodic dimmings of the star can be detectedthe star and the exoplanet orbit each other causing doppler shifts in the star's spectral linesetc.
No.
51 Pegasi itself isn't an exoplanet, it's a Sun-like Star. But it does have an Exoplanet orbiting it, 51 Pegasi b (informally named Bellerophon.).