Tag: james webb space telescope

Jupiter’s auroras and hazes are captured by the James Webb Space Telescope.
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Jupiter’s auroras and hazes are captured by the James Webb Space Telescope.

NASA reported in a blog post that the James Webb Space Telescope took amazing photographs of Jupiter, which depict auroras, enormous storms, and hazes on our solar system's largest planet. The James Webb Space Telescope (JWST), which was launched on Christmas Day last year, is the largest optical telescope in space. The JWST, the Hubble Space Telescope's successor, is outfitted with high-resolution equipment that allows it to view things that the Hubble could not see because they were too far away or too dim. The JWST is intended to look far back in time to help us comprehend the genesis of our galaxies and the earliest stars. Scientists must, however, evaluate the onboard equipment before launching on these trips. To do so, they have been taking pictures of objects in our solar syst...
China will construct the world’s largest telescope array to research solar outbursts.
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China will construct the world’s largest telescope array to research solar outbursts.

According to the South China Morning Post (SCMP), China is constructing the world's largest array of telescopes designed to study the Sun. The Daocheng Solar Radio Telescope (DSRT) will assist scientists in better understanding coronal mass ejections, which are huge solar eruptions that have the potential to impair worldwide satellite communications. A large 313-dish array of telescopes The DSRT is currently being built on a plateau in southwest China's Sichuan province. The huge telescope array, when completed, will have a radius of 1.95 miles (3.14 kilometers) and 313 dishes, each having a diameter of 19.7 feet (6 meters). The radio waves will be used to observe the Sun using the telescope array. Coronal mass ejections (CMEs) are huge plasma and magnetic field expulsions from the...
One step closer to becoming the largest structure ever built is the Giant Magellan Telescope.
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One step closer to becoming the largest structure ever built is the Giant Magellan Telescope.

Today, the Giant Magellan Telescope, the most powerful telescope ever built with the largest mirrors ever used, revealed that a global partnership had pledged $205 million to speed up the last stages of construction. This investment represents one of the largest funding rounds for the telescope since its inception, with sizeable contributions from organizations like the Carnegie Institution for Science, Harvard University, the So Paulo Research Foundation (FAPESP), The University of Texas at Austin, the University of Arizona, and the University of Chicago. The funds will be used to build a 12-story, massive telescope structure at Ingersoll Machine Tools in Illinois, upgrade the telescope's seven primary mirrors at the Richard F. Caris Mirror Lab at the University of Arizona, and build ...
Using data from James Webb’s early release, a new brown dwarf was found.
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Using data from James Webb’s early release, a new brown dwarf was found.

With the aid of the James Webb Space Telescope, a global team of scientists has discovered a brand-new, faint, far-off, and cold brown dwarf (JWST). The recently found object, designated GLASS-JWST-BD1, is approximately 31 times as massive as Jupiter. On July 29, a paper describing the discovery was published on arXiv.org. Brown dwarfs are thought to be transitional objects between planets and stars. They are generally agreed to be substellar objects with masses between 13 and 80 Jupiter masses. Brown dwarfs of the T dwarf subtype have effective temperatures ranging from 500 to 1,500 K. They are the least bright and coolest substellar objects that have been found so far. Studying T dwarfs may help astronomers better comprehend objects near the disputed planet/star divide, such as la...
James Webb surpasses its previous record for the furthest galaxy ever seen.
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James Webb surpasses its previous record for the furthest galaxy ever seen.

James Webb's scientific operations have only been underway for a few days, but the massive infrared observatory has already surpassed its previous record for the farthest distant galaxy ever seen. A team discovered an observation of a galaxy 400 million years after the Big Bang last week. A galaxy was discovered this week, only 235 million years after the Big Bang, according to a new investigation. It is 35 billion light-years from our planet. James Webb looks farther than ever into the cosmos. The University of Edinburgh scientists that made the recent finding assembled a list of early galaxies discovered by Webb to study the luminosity function of galaxies that originated soon after the Big Bang. The unexpected discovery was a happy accident because they hadn't intended to observe...
Hubble photographs a stunning “mirror galaxy” 6.9 billion light years away from Earth.
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Hubble photographs a stunning “mirror galaxy” 6.9 billion light years away from Earth.

According to a news release from the European Space Agency, gravitational lensing enabled the Hubble Space Telescope to take a stunning "mirror image" of a galaxy. The image captured above looks to be of two galaxies that are linked to one another. There is only one, and its name is SGAS J143845+145407. The light from a distant galaxy cluster, which is reaching us from two separate sides, is visible while we observe the magnified galaxy. Hubble photographs a far-off "mirror galaxy" Astronomers can see far further into the distant galaxy thanks to gravitational lensing. This is caused by a peculiarity of gravity that warps light flowing through the gravitational field of a large object, such as a galaxy cluster. The term "lensed" refers to the gravitational distortion of an object...
Starship fits the world’s highest 3D-printed space habitat.
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Starship fits the world’s highest 3D-printed space habitat.

How would life in space be like? A Starship-ready space home was constructed by the Danish architecture firm SAGA Space Architects in collaboration with students at the Institut auf dem Rosenberg, ranging in age from 6 to 18. A Swiss boarding school called Institut auf dem Rosenberg thinks that the program would inspire students to imagine creating brand-new space inventions. The space habitat prototype has been under development for years and is now on exhibit in a Swiss experimental park, according to a press release. A student space habitat that is Starship-ready The housing was created to fit inside the Starship launch vehicle from SpaceX, which is headed for Mars and could make its first orbital launch this summer. Astronauts can work at numerous workstations around th...
A new telescope will search for neutron stars crashing into one another.
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A new telescope will search for neutron stars crashing into one another.

According to the BBC, a brand new telescope has recently been built, and one of its challenging responsibilities will be to detect neutron stars in the process of crashing into one another. The observatory is known as the Gravitational Wave Optical Transient Observer (GOTO), and it may be found on the island of La Palma, which is located off the coast of Spain. Utilizing extremely accurate detections to their full potential According to Professor Danny Steeghs of Warwick University, who spoke to the BBC on the topic, "When a really good detection comes along, it's all hands on deck to make the most of it." "It is critical that you move quickly. We are looking for something that won't stick around for very long because there isn't much time left before they disappear." The innovat...
Super-Earths might be able to support life for 80 billion years.
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Super-Earths might be able to support life for 80 billion years.

Super-Earths keep their atmospheres habitable, living up to their moniker. That's because, according to a recent study, enormous Super-Earth planets can preserve their atmosphere and water for tens of billions of years. Theoretically, the Earth-like exoplanets can sustain life for considerably longer periods of time than Earth; researchers on the latest study believe they may be habitable for up to 80 billion years. The age of the entire cosmos is estimated to be 13.7 billion years old as a point of comparison. Super-Earths have atmospheres with increased power. Computer simulations, according to the astronomers who conducted the new study, which was published in the journal Nature Astronomy, demonstrate that Super-Earths are capable of sustaining their primary atmospheres, which ar...