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NGC 1433 Study. NGC 1433 Barred. NGC 1433 Formation.
#2023. W 29 D 2 GMT +08:00. Indicate #166 days left to go in 2023. Thanks to the high-resolution images from James Webb Space Telescope that collaborated with MIRI (Mid-Infrared Instrument), we can finally see a barred spiral galaxy NGC 1433 with a new look. NGC 1433 is a Seyfert Galaxy located in the constellation of Horologium. In addition, NGC 1433 is one of 19 galaxies targeted for studying Physics at High Angular resolution in Nearby Galaxies. The image of NGC 1433 shows spiral…
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Massive Clusters. Massive Gravitational. Massive in Early Universe.
#2023. W 29 D 1 GMT +08:00. Indicate #167 left to go in 2023. Thanks to the high resolutions images from James Webb Space Telescope, we can finally see a massive cluster. Three clusters of galaxies form a powerful gravitational lens through which objects of the early Universe can be observed. Rachel Besanson, the program leader, said, “About 50,000 sources of near-infrared light can be observed by using the cluster like a magnifying glass.” Those clusters create a powerful gravitational lens that allows much…
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Nucleating Clusters. Formation of Clusters. Clusters of Galaxies.
#2023. W 28 D 4 GMT +08:00. Indicate #171 days to go in 2023. Thanks to the NIRSpec spectrograph and James Webb Space Telescope recorded a protocluster of galaxies that formed around 650 million years after the Big Bang. With this, scientists can measure the speeds of all seven galaxies and confirm that they are connected in one protocluster. While we also know a nucleating cluster of seven galaxies with a redshift value of z = 7.9 will help scientists delve deeper into understanding…
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UV Radiations. UV Contributions. UV Affects
#2023. W 28 D 3 GMT +08:00. Indicate #172 days to go in 2023. James Webb Space Telescope discovered carbon-containing molecules in the protoplanetary disk. With the help of MIRI and NIRCam instruments, scientists identified the methyl cation (CH3+) in space for the first time. The molecule is essential because it promotes forming more complex organic compounds. Even though the star is a red dwarf, the system is still exposed to intense ultraviolet (UV) radiation from nearby massive stars. In many cases, the UV…
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Universe Dust. Dust of Initial. Dust in Regions.
#2023. W 28 D 2 GMT +08:00. Indicate #173 days to go in 2023. Thanks to James Webb Space Telescope in discovering a large amount of dust in a supernova. The evidence supports the theory that dust was crucial in forming dust regions in the early universe. Especially since we know space dust is an essential building material for stars and planets. Also, thanks to the MIRI, scientists have detected traces of dust at a distance of 22 million light years. At the same…
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Record of Moment. Record to History. Record of Ejection.
#2023. W 28 D 1 GMT +08:00. Indicate #174 days to go in 2023. Thanks to James Webb Space Telescope, with the worlds apart, from the start inevitable collision, scientists finally got the record from the subsurface ocean of Enceladus. With the recorded moment, scientists also surprise by the ejection speed, which is around 300 liters per second. It will take more than a few hours to fill the Olympic pool. Geronimo Villanueva, the program’s lead researcher, mentioned, “I was extremely shocked by the…
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Exoplanet VHS-1256b. Molecule VHS-1256b. Observation VHS-1256b.
#2023. W 27 D 4 GMT +08:00. Indicate #178 days to go in 2023. Thanks to James Webb Space Telescope, scientists can now examine silicate clouds in the atmosphere of the exoplanet VHS-1256b, which is located at a distance of 40 light years. Scientists discovered water, methane, carbon monoxide, carbon dioxide, and other molecules that are ever identified simultaneously on a planet outside the solar system. In support, Beth Biller from the University of Edinburgh in Scotland ever mentioned,” Small silicate granules in the…
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Spectrum of Light. Spectrum of Water. Spectrum in Comparison.
#2023. W 27 D 3 GMT +08:00. Indicate #179 days to go in 2023. Thanks to James Webb Space Telescope discovered traces of water vapor around the exoplanets as it struck, incubated, and opinionated every minute. We know that liquid water must rotate close enough to the star to exist on the surface of exoplanets. As a result, in Astronomy studies, we often ask, “whether a rocky planet can maintain an atmosphere in such a harsh environment?” Up to this point, we are all…
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Color of Universe. Color of Identity. Color of Learning.
#2023. W 27 D 2 GMT +08:00. Indicate #180 days to go in 2023. As we know, the color goes through the veils of divides and cues. From the graph, scientists observe three lines that represent the results of modeling the brightness of the Exoplanet on the wavelength. Exoplanet studies were carried out in the mid-infrared range with a wavelength of 15 microns. The red is the brightness value received by James Webb Space Telescope. Meanwhile, the blue line represents the brightness simulation of…
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Flux of Resolution. Flux in Spectroscopy. Flux at Wavelength.
#2023. W 27 D 1 GMT +08:00. Indicate #181 days to go in 2023. A new month, called July, mostly indicates a semester has passed. As we found in the image, the medium-resolution spectroscopy sensor, which is just one of the instrument’s four modes and one of the seventeen overall, receives less light than expected. The problem is observed only in the long-wavelength channels of the spectrometer. Meanwhile, to compensate for the difference between the data in June 2022 and May 2023, scientists are…
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Sight to Identify. Sight to Analyze. Sight to Observe.
#2023. W 26 D 4 GMT +08:00. Indicate #185 days to go in 2023. Found in the light, truth in sight. We can finally see a star-forming region with many icy components thanks to James Webb Space Telescope. From the image, we can identify, analyze, and observe the region that is being illuminated by the star NIR38 at a distance of 630 light years. Scientists identified frozen forms of carbon disulfide, ammonia, methane, and methanol with more complex molecules that have been discovered. That…
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Complex Collision. Complex Shape. Complex Understanding.
#2023. W 26 D 3 GMT +08:00. Indicate #186 days to go in 2023. Thanks to James Webb Space Telescope, we see in the mid-infrared an object formed about 340 years ago due to a star explosion. The image’s orange areas are where the explosion’s ejected material collides with the surrounding gas and dust. Meantime the green loop is still a mystery to many scientists as the shape and complexity of the structure are very unexpected to understand. However, the light pink color is…