New stunning details of a famous supernova remnant have been captured by the James Webb Space Telescope (JWST), surpassing the previous image taken by the Hubble telescope. The image showcases a keyhole shape in the center of the remnant, along with new crescents and pearls.
Supernova 1987A, which was first discovered in 1987, is located in the Large Magellanic Cloud, approximately 168,000 light-years away from the Milky Way. The JWST image reveals a structure resembling a keyhole in the center of the remnant, filled with clusters of gas and dust.
While the Hubble telescope also managed to capture the keyhole structure, it lacked the clarity seen in the JWST image. Additionally, the JWST image unveils a faint outer ring with vibrant hotspots surrounding the entire cloud of the remnant, a detail that the Hubble telescope missed. Furthermore, the JWST discovered crescent-like structures within the remnant that went unnoticed by Hubble.
These newly observed features could potentially provide valuable insights into the evolution of the supernova over time. Researchers hope that by studying the remnant further, they may unravel some of the mysteries surrounding the neutron star that should have formed following the supernova explosion.
The JWST will continue its observations of the remnant and conduct further investigations. As the most powerful space telescope ever built, it is expected to unlock numerous secrets about the universe and deepen our understanding of cosmic phenomena.
The JWST’s ability to capture this breathtaking image of the supernova remnant not only showcases its superiority over the Hubble telescope but also highlights the immense potential it holds for future discoveries. The advanced technology and capabilities of the JWST have opened doors to new perspectives and possibilities in the field of astronomy.
As the KP Insider, we will continue to provide updates on the latest findings and breakthroughs made possible by the James Webb Space Telescope, as it ventures further into the depths of space, unveiling the secrets of our vast universe.