The Webb Space Telescope has made a significant discovery by spotting a massive hydrogen-rich super Jupiter around the star Epsilon Indi A, located 12 light-years away. This planet, with a size akin to Jupiter but significantly more massive, has a peculiar orbit that takes possibly up to 250 years to complete, being 15 times farther from its star than Earth is from the Sun. Scientists, led by Elisabeth Matthews from the Max Planck Institute for Astronomy in Germany, observed this rare gas giant through Webb, directly masking the star to reveal the planet as an infrared pinpoint. The findings shed light on the age and composition of this gas giant, highlighting its uniqueness and the insights it offers into the formation and evolution of such planets over vast timescales. Despite being younger than our solar system, the planet and its star are considered old and brighter than expected. The star, Epsilon Indi A, is visible to the naked eye in the Southern Hemisphere due to its proximity to our solar system. Although the discovery rules out the presence of life due to the planet's nature, it opens up possibilities of other celestial bodies in the system, potentially rocky worlds. This discovery contributes to the broader understanding of exoplanets and the evolution of planetary systems over billions of years. The use of Webb, launched in 2021, signifies a new era in space exploration, aiming to uncover more about distant stellar systems, exoplanets, and planet formation.