জেমস ওয়েবের ছবি বিশ্লেষণ James webb space telescope image analysis in bangla with animation Ep 81 

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NASA’s James Webb Space Telescope (JWST) has released its first full-resolution images in a preview of the science soon to come. These five images, showing a deep-field view of the cosmos, two sparkling nebulae, a group of doomed galaxies and the chemical composition of a giant exoplanet, are the culmination of decades of work by scientists and engineers - and they are just the beginning.
The JWST deep field
Released on 11 July, “Webb’s First Deep Field” is the deepest image of the cosmos ever taken. JWST was designed to take such images to help us understand the first galaxies. The faint galaxies in this image include the most distant galaxy whose composition we have ever been able to measure.
Carina Nebula :
One of the brightest nebulae in the sky, the Carina Nebula is a huge cloud of gas and nascent stars. It is about 7600 light years from Earth in the direction of the constellation Carina. The top part of the image, seen above, is full of huge, hot stars, shining onto the stellar nursery at the bottom of the picture.
Southern Ring Nebula :
This cloud of dust and gas surrounding two stars is called the Southern Ring Nebula, or the Eight-Burst Nebula. Both of these images show the nebula in infrared, but the one on the right was taken using longer wavelengths than the one on the left.
Stephan’s Quintet :
These five galaxies, called Stephan’s Quintet, are about 290 million light years from Earth in the direction of the constellation Pegasus. Four of the five are engaged in a deadly game of chicken, swooping past one another closer and closer until, someday in the distant cosmic future, they will most likely smash together and merge.
WASP-96b :
This image showcases one of JWST’s other key capabilities: examining the light shining through the atmosphere of an exoplanet. It is the spectrum of light coming from a planet called WASP-96b, a gas giant about 1150 light years from Earth. Its mass is about half that of Jupiter, but it is much closer to its star - and therefore far hotter - orbiting once every 3.4 Earth days while Jupiter takes 12 Earth years to circle the sun.
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In this video,Video clip use under creative commons license and fair use policy.
Video edit by wondershare filmora.
Audio edit by audacity.
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