The James Webb telescope captured something truly surprising. Lights similar to those of a city shining from a distant point 7 trillion miles away. This discovery rekindled interest in the possibility of life beyond Earth. The telescope focused on Proxima Centauri B, the closest exoplanet to our solar system and identified intense and unusual lights. Could they be signs of another civilization? Let us see how the James Web Space Telescope revealed phenomena capable of transforming our understanding of the universe. For a long time, researchers and the general public awaited any indication of life beyond our solar system. Any evidence was received with enthusiasm. The decisive moment occurred when the telescope provided clear signals of something extraordinary in space. While exploring the cosmic vastness, the instrument detected on Proxima Centauri B, lights similar to those observed in terrestrial cities, suggesting the possible existence of an alien city. The hypothesis aroused great scientific curiosity, as it may indicate intelligent beings organizing societies in ways still incomprehensible to us. These lights located 7 trillion miles away impressed NASA engineers who wonder how long they might have been visible awaiting technology capable of detecting them. Astronomer David Kipping from Columbia University described the planet as complex because unlike most rocky planets that absorb sunlight and release infrared energy, this exoplanet displays distinct behavior due to its unique relationship with its host star Proxima Centuri. James Webb's ability to capture infrared wavelengths was decisive in identifying the unusual thermal signature of Proxima B, essential for understanding its atmospheric conditions. Researchers plan to deepen the study of its atmosphere and investigate whether it could be habitable. The telescope's sensitivity to infrared light makes it possible to observe what occurs on the planet's night side, something difficult for other space instruments It can detect even the faintest flashes, making it ideal for confirming whether the alleged city lights are real. The telescope identifies artificial light if it lies within a very narrow frequency range distinct from ordinary starlight. Proxima B maintains a dynamic relationship with its star. On the day side, solar panels could capture intense energy while the spectral edge would reflect light. As it orbits Proxima Centuri, the planet experiences day and night cycles similar to those of Earth. With intense heat during the day and lower temperatures at night, thermal differences depend strongly on its composition.. - @newshistory7