Dead Star Collection

Supernova remnant IC 443, composite image. This is a combination of X-ray (blue), radio (green) and optical (red) data. A supernova remnant (SNR)

Pulsar, artwork. This stellar object is a rapidly- rotating neutron star. Neutron stars have powerful magnetic fields (shown by the purple lines)

X-ray binary system, artwork. X-ray binary star system, artwork. Material is being gravitationally drawn from a red giant star (upper left) by a black hole (lower right)

Black hole and galaxy, artwork
Black hole and galaxy. Artwork of a black hole and a galaxy seen edge-on. A black hole is formed when the core of a sufficiently massive star collapses under its own weight

Black star, artwork C016 / 9364
Black star, computer artwork. A black star is a gravitational object composed of matter. It is a theoretical alternative to the black hole concept from general relativity

Black hole, artwork C014 / 1244
Black hole. Artwork of the spherical region where light is trapped around a black hole, with surrounding interstellar material (blue) being pulled inwards

Planetary nebula NGC 5198, HST image
Planetary nebula NGC 5198, Hubble Space Telescope (HST) image. Combined optical and infrared image of the planetary nebula NGC 5198

Black hole formation, artwork
Black hole formation. Computer artwork showing the formation of a black hole in four steps (from left to right). A black hole (far right) is formed when the core of a star (far left)

Kepler supernova remnant, Chandra image
Kepler supernova remnant. Chandra X-ray Observatory image of the the Kepler supernova remnant, an expanding cloud of glowing gas that formed following a supernova

Neutron star structure, artwork
Neutron star structure. Artwork of the neutron star at the centre of the Cassiopeia A supernova remnant. A neutron star forms when the core of a dying star collapses into a super-dense state only a

Black hole and infalling matter. A black hole is formed when the core of a star collapses under its own weight, increasing the strength of its gravitational field to the point where not even light

Black hole, artwork. Space-time grid warping around a black hole (centre). This object is formed when the core of a star collapses under its own weight

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"Exploring the Mysteries of a Dead Star: From Supernova Remnants to Black Holes" In this captivating composite image, we witness the remnants of a supernova known as IC 443. The aftermath of this explosive event has left behind an intriguing pulsar, emitting powerful beams of radiation into space. Delving deeper into the cosmos, we encounter mesmerizing artwork depicting black holes - enigmatic cosmic entities with immense gravitational pull. These captivating illustrations showcase their profound impact on surrounding matter and energy. Moving further into the realm of X-ray binary systems, another stunning artwork illustrates the intricate dance between a black hole and its companion star. This celestial partnership creates intense X-ray emissions that captivate astronomers' attention. Venturing even farther, we come across an awe-inspiring depiction showcasing a colossal black hole engulfing an entire galaxy in its dark embrace. This striking artwork reminds us of the sheer power these enigmatic objects possess within our vast universe. Our journey continues as we explore C016 / 9364 - a mysterious entity referred to as a "black star. " Through evocative artwork, it invites contemplation about what lies beyond our current understanding. With each step forward, we encounter more breathtaking artworks portraying black holes in all their magnificence. These visualizations offer glimpses into their mesmerizing structures and provide inspiration for ongoing scientific research. Shifting focus towards NGC 5198 - a planetary nebula captured by the Hubble Space Telescope - we are reminded that death can also give birth to beauty. Its vibrant colors and intricate patterns serve as reminders that even in death's wake, new wonders emerge from stellar remnants. As our exploration nears its end, we delve into artistic renditions showcasing how black holes form – capturing moments when massive stars collapse under their own gravity before becoming infinitely dense singularities hidden within event horizons. Finally, gazing upon Chandra's image of Kepler supernova remnant, we witness the aftermath of a stellar explosion.