SCIENTISTS' New Discovery CONFIRMED What We Knew ALL ALONG

James Webb Space Telescope detected artificial light on Proxima b. Most scientists and space nerds believe that the odds of life being on another planet outside Earth are quite high in the infinite universe we live in. On the other hand, it is highly improbable that forms of life precisely as ours would be discovered on any planet inside our solar system. Who knows, maybe the other inhabitants in the universe are way too advanced than us Perhaps they may visit us soon. However, much of what we understand to be life, from single-celled organisms to human beings, is made up of water in some form or another. Therefore, a planet capable of supporting life cannot have temperatures that are too low, or the water will freeze, and it also cannot have temperatures that are too high, or all the water will evaporate. Planets that orbit closer to the sun than Earth experience high average temperatures, whereas those that orbit further away experience lower average temperatures. We are getting closer to a point in our observational capabilities thanks to the next generation of telescopes such as the James Webb Space Telescope. At this time, we may be able to make previously unimaginable discoveries. One of these significant advances is the discovery of life on a planet that is so far from Earth that it is measured in light years. The James Webb Space Telescope has made a very remarkable discovery that suggests there may be life on a planet that is quite close to our own. Using high-tech cameras and mirrors, the James Webb Space Telescope essentially will be looking back in time because the images it sees just now took so long to get to us. Stay with us until the end of the video to discover this unique planet's identity and learn how this particular telescope can make such breakthroughs. A solar system very close to Earth has an exciting star system called Proxima Centauri. This red dwarf star is one that is nearest to our solar system, and despite the fact that it is 7 times smaller than our sun, it is still only 50% as large as Jupiter. The distance between Earth and the Proxima Centauri star system is 4.2 light years. This is the time it takes for a photon of light to travel from this star to Earth. In comparison, the amount of time it takes for sunlight to hit our planet is just 8 minutes. Many people always wonder, if there is evidence of star systems that could potentially support life, why have we not been able to see those star systems already? The short and straightforward explanation is that they are located too far away. In the event that we decide to travel to Proxima Centauri, for instance, it would take us around 73,000 years to reach our destination with a conventional rocket. That predates the beginning of our human civilization by a significant amount of time. The typical lifespan of a human being is approximately 70 years, which given the current state of affairs, indicates that it is impossible for humans to land anywhere near the star system of Proxima Centauri. However, in this episode, we will concentrate on the planet known as Proxima b, which orbits the star system of Proxima b. This planet is approximately 10% heavier and 1.7 times larger than Earth. Proxima b maintains a distance of 4.5 million miles from its star as it orbits it. When compared, the distance between the Sun and the Earth is approximately 93 million kilometers. This indicates that the distance between the planets and its star is too close, which means that the temperature on the planet will be too high to support life. There is, however, a silver lining. Because it is a red dwarf and not a typical star like our Sun, the host star Proxima Centauri does not produce as much light or heat as our Sun. As a result, the planet Proxima b is located precisely within the zone of the star where life could potentially exist. Because it is situated at the ideal distance from its parent star, the temperature on the planet is just right. It does not become uninhabitably hot, nor does it freeze over completely. In other words, the fact that water can exist there as a liquid at that temperature suggests that Proxima b may be home to other inhabitants. Since it's so close to its star, Proxima Centauri b is gravitationally locked into its orbit. This indicates that only one side of the planet is ever facing the star, just like only one side of the moon faces the Earth. Some scientists believe that an intelligent society may exist on the night side of the planet, which absorbs less radiation. Artificial illumination is a necessity for this civilization's ability to live on the planet's night side. When we turn on the lights at night, the illumination from the night side of our planet radiates out into the cosmos, the most evident proof of life on Earth. When searching for signs of intelligent life in other star systems, the James Webb Space Telescope is a technological marvel decades ahead of its predecessors. Being sufficiently technically sophisticated, the James Webb Space Telescope will be able to determine whether or not one or another is a civilization keeping the lights on at Proxima Centauri b's night side. After a long wait and delays, the massive telescope is speeding into space, poised to make observations and collect data like no other time in history. When compared to its predecessor, the Hubble Space Telescope, the James Webb Space Telescope is an instrument that is both significantly more advanced and significantly larger. James Webb Space Telescope will only collect infrared radiation and will not examine the visible part of the electromagnetic spectrum. Why is this so important? I'll tell you why. To begin, infrared is the most effective wavelength for penetrating dust. Since stars and planets form in dusty surroundings, this is critical information. James Webb Space Telescope will be a useful tool for tracing the history of planets in the distant past. The telescope will search for our galaxy's dustiest regions in an effort to learn more about those places. But perhaps most critically, the best method for studying planets' atmospheres, which may contain life-supporting molecules such as methane, is through infrared radiation detection and imaging. According to Avi Loeb, a NASA scientist from Harvard, a rocky planet with an atmosphere such as Proxima b would be able to absorb light from its star and then re-emit it as infrared radiation if it were to have an atmosphere. In fact, the James Webb Space Telescope was built to study infrared light. To determine whether or not Proxima b has water or an atmosphere, the James Webb Space Telescope can take photographs of the exoplanet's surface using infrared radiation. It is not that straightforward though. Using the suggested approach may be feasible. However, other considerations must be taken into account. According to Princeton University astrophysicist Ed Turner, the presence of an atmosphere does not imply the existence of life. Proxima b may be similar to Venus because it has an atmosphere 90 times denser than ours and experiences high temperatures. Even so, Loeb's proposal is the only way to get some insight into the Earth next door or Proxima b. Astronomers have had to radically rethink their understanding of planets in distant star systems over the past few years. For the first time ever, we are studying the universe's oldest and most distant galaxies in painstaking depth. Because of technological improvement, exoplanets similar to Proxima b are becoming increasingly common. If there is any water on exoplanets, it will be one of the most conclusive indications of life. It is possible that other planets in the universe on which life might exist will find us as an unexpected outlier. For all we know, inhabitants on other planets may be competing with each other to learn more about us, and the competition may involve determining who discovers who first. Mankind has always been addicted to one thing, gambling. We're always betting on ourselves. With James Webb Space Telescopes and NASA's life-changing technology, I would not blame us.