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Secret Planet Found in Our Solar System by Researchers

Researchers have revealed that the outer regions of the Solar System might contain a greater abundance of interstellar objects than previously believed. According to scientific predictions, the planet in question may exist much farther than the hypothetical Planet X, which pertains to planets located beyond Neptune. Speculations among scientists suggest the potential presence of large Jupiter and Uranus-sized planets concealed within the outer fringes of our solar system, as reported by The Independent. Secret Planet Found in Our Solar System by Researchers.

Astronomers theorize that the Oort Cloud, which is thought to mark the boundary of the Sun’s gravitational influence and its associated satellites, could potentially house such a planet. These planets are believed to be trapped within the Oort Cloud, a hypothetical shell proposed by astronomers to delineate the gravitational border of the Sun and its satellites. Secret Planet Found in Our Solar System by Researchers.

Scientists Unveil Clues Pointing to a Covert Planet Within Our Solar System

Experts propose that there could be a higher number of interstellar objects in the outer edge of the Solar System compared to previous assumptions. To explore the dynamics of large planet ejection and capture within solar systems, scientists utilized advanced computer simulations.

Secret Planet Found in Our Solar System by Researchers

Sophisticated computer simulations were employed by scientists to assess the likelihood of a planetary system capturing a large planet that has been ejected from its host star’s gravitational orbit, according to The Independent. These simulations provided insights into the ejection patterns of large planets within solar systems and the potential for other systems to capture such planets.

New Findings Suggest the Existence of a Mysterious Planet in Our Solar System

The simulations demonstrate that when a planet is expelled from its host star’s gravitational orbit, it requires a substantial amount of kinetic energy. Similarly, for another system to capture such a planet, an equivalent amount of energy is necessary.

Based on their observations, scientists suggest that Oort Cloud planets located at the outer edge of the solar system are more likely to originate from interstellar space rather than being formed by the Sun itself. The simulations indicate that a small fraction of these interstellar encounters could result in a star’s gravitational pull capturing a discarded planet and incorporating it into its own system.

Evidence Emerges for a Secretive Planet Lurking in Our Solar System

The researchers estimate that approximately “one in every 200-3000 stars could host an Oort Cloud planet.” Astronomers emphasize that this scenario is more probable when a planet drifts close to the outer edge of a star system’s Oort Cloud.

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