NASA’s James Webb Space Telescope has given us better images from the edge of our solar system.
After the first set of images was released on Tuesday, the space agency released an image of Jupiter and a spectrum of several asteroids taken with a £8.4bn telescope.
The last images were taken to test the telescope’s equipment before science operation officially began on July 12.
These data demonstrate Webb’s ability to track targets in the solar system and generate images and spectra in unprecedented detail.
Images from the Webb Telescope show the largest planet in the solar system in infrared.
A short-wavelength filter view from the NIRCam instrument shows a clear band encircling the planet and the Great Red Spot, a storm large enough to engulf Earth. Webb’s infrared image processing causes iconic dots to appear white in this image.
“Combined with deep space images released last day, these images of Jupiter are everything from the darkest and most distant observable galaxies visible to the naked eye to the planets in our cosmic backyard on the Web. It provides a comprehensive understanding of what is observable.” “. Your real backyard.” Brian Horror, a scientist at the Space Telescope Science Institute in Baltimore, who helped plan these observations, said.
This image also shows Jupiter’s moon Europa on the left. The Moon is expected to have the ocean beneath its thick icy crust and will be the target of NASA’s next Europa Clipper permit.
Also, you can see Europa’s shadow on the left side of the Great Red Spot. The image also shows Jupiter’s other moons, Thebes and Metis.
Stephanie Miram, Associate Scientist with the Planetary Science Web Project, said:
“It’s really exciting to think about the opportunities and abilities we have to observe these types of objects in our solar system.”
These images prove that the web can observe satellites and rings of bright objects in the solar system, such as Jupiter, Saturn and Mars.
In addition, Webb easily captured some of Jupiter’s rings that were particularly noticeable in NIRcam’s long-wavelength filter images. According to Miram, the ring’s appearance in one of Webb’s earliest images of the solar system is “absolutely astonishing and astonishing.”
Narrow band filter images of Jupiter are designed to provide stunning images of the entire planetary disk, but with a lot of additions to the very faint celestial bodies (Metis, Thebes, Mainling, Nebulae) in these images. Information Observatory and NIRCam scientist John Stansbury, director of the Space Telescope Science Institute, was absolutely delighted with the one-minute exposure.
Webb also captured these images of Jupiter and Europa moving across the telescope’s field of view in three separate observations, demonstrating the ability to find and track guide stars near bright Jupiter.
A “speed limit” tracking moving targets on an asteroid called 6481 Tenzing in the asteroid belt between Mars and Jupiter to see if Webb can track fast-moving objects such as asteroids and comets. I made it the test subject.
Webb is designed to track objects moving as fast as Mars. The maximum speed of Mars is 30 miles per second. During launch, Webb’s team observed several asteroids, but they were so small that they all showed up as dots.
The team is all about the science of objects moving at 67ms/sec, which is double the expected baseline, much like Webb shooting a turtle when it’s standing a mile away. We have shown that the team can acquire valuable data.
Source: Metro
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