Astronomers have discovered an enormous amount of water vapor surrounding a distant quasar known as APM 08279+5255, located in the constellation Lynx. This water vapor is estimated to be equivalent in volume to 140,000 billion times the amount of water in Earth's oceans. The discovery was made in 2011 using two powerful instruments: the Z-Spec telescope on Mauna Kea, Hawaii, and the Plateau de Bure interferometer in the French Alps. A gravitational lens — a galaxy positioned between the quasar and Earth — helped amplify the light from the quasar, making it possible for researchers to detect the water vapor more clearly. The quasar APM 08279+5255 is powered by a supermassive black hole with a mass about 20 billion times that of the Sun. It is observed as it appeared a few hundred million years after the Big Bang, and its light has traveled for about 12 billion years to reach us. The water vapor detected around the quasar is much denser than the average density of matter in space, and its temperature is around -63 degrees Celsius. This is significantly warmer than the typical molecular clouds found in our own galaxy. Additional observations using the Chandra space telescope revealed powerful gas winds blowing at speeds up to 40% of the speed of light. These winds are created by the intense activity of the black hole and shape the surrounding environment. The discovery of such a large reservoir of water vapor suggests that the basic ingredients for life, as we understand them, were already present in the early universe, long before the formation of our solar system. Since this groundbreaking discovery, other water vapor reservoirs have been identified in various locations, such as the Orion Nebula and around the protoplanetary disk of the star PDS70. These findings indicate that water is more common in the universe than previously believed, appearing both in the most distant parts of space and in regions closer to home. This suggests a possible link between the origins of the universe and the emergence of habitable worlds, showing that the building blocks of life may have been widespread from the beginning.