Ic 2163 & NGC 2207 Composite hubble webb

The James Webb Space Telescope’s mid-infrared image of galaxies IC 2163 and NGC 2207 recalls the iciness of long-dead bones mixed with eerie vapors. Two large luminous “eyes” lie at the galaxies’ cores, and gauzy spiral arms reach out into the vast distances of space.

Webb’s mid-infrared image excels at showing where the cold dust glows throughout these galaxies — and helps pinpoint where stars and star clusters are buried within the dust. Find these regions by looking for the pink dots along the spiral arms. Many of these areas are home to actively forming stars that are still encased in the gas and dust that feeds their growth. Other pink dots may be objects that lie well behind these galaxies, including extremely distant active supermassive black holes known as quasars.

The largest, brightest pink region that glimmers with eight prominent diffraction spikes at the bottom right is a mini starburst — a location where many stars are forming in quick succession. Find the lace-like holes in the spiral arms. These areas are brimming with star formation.

Finally, scan the black background of space, where objects shine brightly in a rainbow of colors. Blue circles with tiny diffraction spikes are foreground stars. Objects without spikes are very distant galaxies.

The individual Webb and Hubble images are available for using the links on the left side of this page.

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Spiral Galaxy, whose light traveled thousand years for the our Spaces Telescope to record its photons!
Where the material becomes denser, as a result of physical processes, it will be brighter and warmer, like as the sun! Somehow, the thickening matter creates deeper and deeper holes in space-time. Based on this, I created the negative gravity map of the image with the help of software, as gravity distorts a deep pit in space-time, the texture rises on the model, thus creating gravity mountains!

Based on this, I created the "3D negative gravity map" of the 2D image with the help of software, as gravity distorts a deep hole in space-time, the texture rises on the model, thus creating gravity mountains!

3D image obtained as a result of soft analysis of the 2D images of the new Hubble Space Telescope. The technique based on color analysis highlights the light of stars and ionized gases from the darkness of space, as gravity curves space, thus creating a spatially interpretable high-resolution 3-dimensional work.

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