Webb Telescope Captures First Glimpse of Exotic Exoplanet

Webb Telescope Captures First Glimpse of Exotic Exoplanet

Researchers have identified eight hypothetical objects that may be present in the outer solar system, including a potential ninth planet and a second Kuiper belt. The most controversial of these, nicknamed Planet Nine, is theorized to be an icy gas giant around seven times more massive than Earth, potentially making it the fifth-largest planet in the solar system. This object, however, is thought to be extremely distant and thus difficult to detect. Some researchers suggest Planet Nine could be responsible for the unusual orbits of several large objects in its vicinity, possibly due to its gravitational influence. Other scientists propose that smaller “primordial” black holes, which have not yet been observed, could be causing similar orbital anomalies.

An international team of scientists has analyzed material from a meteorite recovered in 2018, which could offer new insights into the early Solar System. The meteorite, containing clasts similar to those found near Neptune and Ryugu, may be linked to the Oort Cloud, believed to contain primordial material that formed the planets. Isotope analysis of minerals in the samples suggests that long-period comets, with orbits spanning hundreds to thousands of years, could provide valuable information about the Solar System's composition and development.

The James Webb Space Telescope has provided new data on WASP-107 b, a planet 200 light-years away, revealing it has significantly less methane and a larger core than expected. The planet’s core is 12 times more massive than Earth’s, and it contains more heavy elements than Uranus and Neptune. While WASP-107 b is not considered habitable, the findings offer important clues about planetary evolution and the behavior of atmospheres under extreme conditions. Researchers plan to extend their studies to 25 additional planets using the telescope over the next year.

The European Space Agency has released a striking image of the symbiotic star system Mira HM Sge, located 3,400 light-years away in the constellation Sagitta. Dubbed the “Cosmic dance of fire and ice,” the image has garnered significant attention online. Mira's star system was first observed as a nova in 1975, and questions remain about why it is dimming and the rate at which material is exchanged between its stars.

In other news, the Darvaza gas crater in Turkmenistan's Karakum Desert, known as the "Door to Hell," continues to burn over 50 years after it was ignited by Soviet geologists in 1971 to prevent the spread of methane gas. Initially expected to burn out in a few days, the fiery


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