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This enabled it to discern unusually brilliant star-forming regions, or HII regions, in the photos of the Phantom Galaxy. According to ESA, Webb found "delicate threads of gas and dust" in the galaxy's spiral arms. The telescope, which is larger than Hubble, can observe extremely far-off galaxies and provide information on early star formation. Data from the Hubble and Webb telescopes were used to make the pictures. Just a few weeks ago in July, NASA revealed the first high-resolution photos from Webb. The photos also give a good view of the galaxy's central nuclear star cluster, which is not obscured by gas.
By combining the data from the two telescopes, researchers were able to better comprehend the Phantom Galaxy and produce stunning photographs of the universe. In an effort to comprehend the earliest stages of star formation, the Webb telescope also examined the Phantom Galaxy using its Mid-InfraRed Instrument (MIRI), according to the ESA.
A spiral of solar systems 32 million light-years from Earth, the Phantom Galaxy is seen in stunning new photos from the Hubble and James Webb telescopes. Webb circles the sun, some 1 million kilometers from Earth, whereas Hubble orbits the planet. According to the organization, Hubble has exceptionally keen vision at ultraviolet and visible wavelengths whereas Webb excels in observing infrared light.
According to the European Space Agency, which works with NASA on both the Hubble Telescope and the James Webb Telescope, the galaxy is situated in the constellation Pisces. The Phantom Galaxy, sometimes referred as as M74, belongs to the class of spiral galaxies called "grand design spirals." This indicates that it has distinct spiral arms that can be seen spiraling outward from the center in the most recent pictures.