James-Webb-Teleskop zeigt neues Detailbild der Whirlpool-Galaxie!

Does God hide in the center of the galaxy in the universe The James Webb Telescope revealed the first true image of a spiral galaxy And you might think you are looking straight into the face of God The splendor and majesty are overwhelming A new super telescope has once again completely overshadowed everything What was seen earlier through these never-before-seen images Galaxies are the beauty of our universe The power and beauty of these vast collections of stars and planets is simply incredible When we look at galaxies such as the Milky Way or the Whirlpool Galaxy There's no way to believe that these formations are a pure coincidence Geometric shapes colors and the diversity of galaxies seem to directly stem from a divine plan The James Webb Space Telescope is showing us once again many of the most beautiful galaxies in the universe I to w niespotykanej dotąd jakości i pięknie Look at this breathtaking galaxy The Whirlpool Galaxy is 27 million light-years away from our Earth Hubble has already captivated us with its images of this galaxy but Webb is setting new standards with its completely new photographs Watching these photos literally pulls you into this galaxy Like a celestial painting her spiraling arms and ring after ring This galaxy tells us the story of billions of stars being born and fading away in the game of time Red glow mainly comes from older stars in the galaxy These stars have a lower surface temperature and appear reddis They mainly emit in the red and infrared part of the electromagnetic spectrum Some of the fascinating red structures are also created by gaseous hydrogen which is ionized by the radiation of hot young stars and then returns to its neutral state Yellow radiation shows us areas of active star formation These areas are called HII regions by astronomers and consist of young massive stars that are very hot These stars emit intensely in the blue and ultraviolet parts of the spectrum They appear yellow because their radiation is scattered by gas and dust These areas can be found everywhere within the spiral arms where many new stars are born A kaleidoscopic spectacle of colors and shapes was discovered for the first time by 18th-century astronomer Charles Messier The Whirlpool Galaxy is therefore known among experts as Messier 51a If you look at the night sky you can spot it using a good telescope in the constellation of the Hunting Dogs Near the more well-known constellation of the Bull The Messier telescope was not yet good enough in 1771 To even begin to recognize the full brilliance of the galaxy It was William Parsons who recognized the unique spiral structure Almost a century later The galaxy is unique in many ways because it not only shows us a magnificent spiral star system and also her interactions with the neighboring dwarf galaxy NGC 5195 Most likely this is the dance of these two galaxies It distorted the Whirl galaxy and gave its distinctive appearance For astronomers this galaxy remains one of the most Fascinating objects in the universe What else does James Webb show us The James Webb Space Telescope is showering us with new images since its launch in the summer of 2022 Named in honor of James and Webb former NASA administrator it is one of the most impressive telescopes What has ever been built This telescope is not only technologically advanced but also a milestone international cooperation Between NASA the European Space Agency ESA and the Canadian Space Agency CSA The JWST was developed to push the boundaries of astronomy and provide even deeper insight into the universe The James Webb Space Telescope has a 6.5-meter primary mirror composed of 18 hexagonal segments made of gold-plated beryllium This impressive mirror collects incoming light They direct them to various scientific instruments of the telescope One of these instruments is the Near Infrared Camera abbreviated as NIRCAM which was specifically developed for capturing infrared light It has 10 sensors that cover a wide range of light From visible light to near-infrared NIRCAM plays a crucial role in controlling In the focus of the main mirror The Mid-Infrared Instrument abbreviated MIRI operates in the range from mid to long infrared MIRI is a combined instrument that contains both Infrared camera as well as an image spectrometer Thanks to the ability to image in deep infrared MIRI can reveal details of distant galaxies nebulae and stars which were previously invisible to other telescopes If we want to take a closer look at the most exciting The technology of the telescope the near-infrared spectrograph is a necessity It allows the study of spectral lines and the chemical composition of celestial objects Thanks to NIRSPEC technology for the first time we can precisely analyze the atmosphere of exoplanets and distant galaxies To protect the sensitive instruments of the James Webb Space Telescope from solar heat the telescope is equipped with a five-layer shield sunscreen Only thanks to this shield are the instruments in space They can be maintained at the required low temperatures for infrared observation The James Webb Space Telescope was launched into orbit in December 2021 The telescope is located much farther away than Hubble orbiting the Earth around the second Lagrange point About 1.5 million kilometers from Earth on the opposite side of the Sun The telescope's position is ideal for getting a perfect view of the universe and working in a stable environment without the disturbing influence of the Earth's atmosphere In just one year this telescope has already provided such amazing images and scientific discoveries That astronomers and scientists cannot help but be in awe The years of delays and the cost explosion related to the launch have already paid off James Webb still has many breathtaking looks at the cosmic beauty and diversity and will help us solve the greatest mysteries of modern science What data do we currently have regarding stellar feedback In the galaxy Vir there is intense star formation especially in its prominent spiral arms It is likely that this galaxy produces stars like an assembly line Because it strongly interacts with its galaxy NGC 5195 During this interaction gas and dust condense in the spiral arms creating ideal conditions o the formation of new stars It is here in star-forming regions that the effect of stellar feedback arises which scientists now want to study more closely using the James Webb telescope Stellar feedback is a process In which existing stars in the galaxy influence the formation of new stars This occurs through stellar winds Star explosions or ultraviolet radiation Stars constantly eject matter in the form of gas and dust with the space surrounding her These ejected particles can collide with neighboring gas clouds They compress them which stimulates the formation of new stars The second variant is set into motion by supernovae When massive stars explode at the end of their life cycle They release huge amounts of energy and matter into space compressing nearby gas clouds and transforming them into new stars Do you know that stars emit large amounts of ultraviolet radiation This radiation can ionize hydrogen gas And transforms it into so-called HII regions In these regions ideal conditions for the formation of numerous new stars prevail The Virgo Galaxy is one of the best examples of these processes and thanks to the James Webb Telescope they are available for the first time Precise measurement data regarding processes occurring in star-forming regions This new knowledge is fundamental to the evolution of galaxies Because feedback not only regulates the rate of star formation but also affects the composition and structure of galaxies Understanding stellar feedback is a perfect example of the interaction between stars gas and dust and all the processes that shape the overwhelming beauty and diversity of the universe Can you imagine galaxies fighting each other for millions of years and becoming increasingly distorted into strange structures Exactly this is happening around the galaxies NGC 4038 and NGC 4039 which are known for their spectacular collision which led to an ongoing gravitational battle Galaxies get their name from their long curved arms that resemble the shape of antenna These structures are the result of gravitational interactions between two galaxies For millions of years galactic battles intertwined and condensed clouds of gas and dust Initiating a truly galactic stellar feedback loop The result of this cosmic spectacle is a star whirlpool emerging in a bizarre dance of violence Between two galaxies Unlike the spiral galaxy here chaos and destruction give rise to new life and beauty Several supernovae have already been observed in these galaxies which further drive star formation Explosions of old stars shoot new elements into space which form gas and dust clouds and additionally stimulate star formation M66 also known as the Ring of Fire galaxy This is another spiral galaxy of breathtaking beauty and fascinating complexity Its structure somewhat resembles a whirlpool galaxy And that galaxy which also features a strong stellar feedback mechanism It shines more blue In the Firewheel galaxy we also discover luminous regions filled with young stars and clouds filled with gas which are waiting to be condensed into stars Energy and matter produced by countless stars in this galaxy They influence the environment in a spectacular way Powerful supernova explosions and radiation from young stars They ionize the surrounding gas creating an ideal environment for the formation of new stars Where are the most stars born in the Milky Way New stars are constantly being born in our own galaxy the Milky Way Star-forming regions are characterized by a high concentration of gas and dust There are many such regions in the Milky Way including the Orion Nebula The most well-known and visible star-forming region There are two main ways stars form In theory a part of the large cloud and dust complex collapses It collapses under gravity forming a protostar On theory of triggering from the other side existing stars or external interference such as supernova explosions or interstellar shock waves They are used to compress gas clouds and trigger the formation of new stars In the Orion Nebula gravitational effects and gas compressio are stimuli for the formation of probably dozens to hundreds of new stars each year As soon as stars are born their radiation and winds trigger feedback effects in the environment Powering the rebirth of stars anew Click subscribe because it will soon appear Even more impressive films