Neutron Star Collection

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

Artwork of pulsar over a planet
Pulsar. Artwork of a pulsar, as seen from a nearby planet. Pulsars are probably neutron stars which produce two beams of radiation, usually at radio and X-ray wavelengths

Artwork of a supernova remnant F008 / 3658
Artwork of a supernova remnant. When a massive star reaches the end of reactionable nuclear fuel in its core, it explodes in a cosmic blast known as a supernova

Pulsar, artwork F006 / 9972
Pulsar, computer artwork. A pulsar, a rapidly rotating neutron star, is the collapsed super-dense core of a massive star that has blown off its outer layers in a supernova

Crab Nebula (IC 1340), optical image C017 / 3717
Cab nebula (M1). Optical image of the Crab nebula, the remnant of a supernova. In the centre of the nebula is the remains of the stars core, which has formed a pulsar (white dot)

Microquasar X-ray binary system F006 / 9719
Artists impression of a microquasar X-ray binary. These binary star systems comprise a compact star (black hole or neutron star) which is in orbit about a larger companion (in this case)

Microquasar X-ray binary system F006 / 9712
Artists impression of a microquasar X-ray binary. These binary star systems comprise a compact star (black hole or neutron star) which is in orbit about a larger companion (in this case, a red dwarf)

Artwork of a planet orbiting a pulsar
Artwork of a supernova remnant. When a massive star reaches the end of reactionable nuclear fuel in its core, it explodes in a cosmic blast known as a supernova

Magnetar star, artwork C016 / 8871
Magnetar star. Computer artwork showing the magnetic field (lines) around a magnetar. Magnetar stars are a type of neutron star with an incredibly strong magnetic field

Magnetar star, artwork C016 / 8872
Magnetar star. Computer artwork showing the magnetic field (lines) around a magnetar. Magnetar stars are a type of neutron star with an incredibly strong magnetic field

Pulsar planetary disc, artwork
Pulsar planetary disc. Artwork of a planet (lower right) forming in the debris disc around a pulsar (centre). The pulsar is shown with polar jets of high-energy radiation and magnetic field lines

Alien patterns on a neutron star, artwork
Alien patterns on a neutron star. Artwork of a neutron star with patterns on its surface. Neutron stars are the super-dense remains of a massive star that has collapsed under its own gravity

Artwork showing a mechanism for gamma-ray bursts
Gamma-ray burst. Artwork showing a possible mechanism for gamma-ray bursts, extremely powerful bursts of gamma radiation that flare and then disappear in a matter of seconds

Gamma ray burst formation, artwork. A gamma ray burst (GRB) is a short, intense emission of gamma rays from a point source in space

Crab nebula gas filaments
Crab Nebula. Hubble Space Telescope image of the interior of the Crab Nebula supernova remnant (M1). Different elements are colour-coded: sulphur (pink), nitrogen (red)

Neutron star, artwork
Neutron star. Artwork of a neutron star. This super-dense astronomical object is the remains of a massive star that has collapsed under its own gravity

Supernova explosion. Image 1 of 4. Supercomputer simulation showing a supernova explosion 50 milliseconds (thousandths of a second) after core collapse

Planetary disc around a pulsar, artwork
Planetary disc around a pulsar. Artwork of a disc of rocky debris (brown) surrounding a pulsar (centre). A pulsar, a rotating neutron star, is the collapsed

Milky Way galactic centre, composite image. This image is around 250 light years across. It shows the centre of the Milky Way galaxy, located 26

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

Alien lanscape, artwork
Alien landscape. Computer artwork of a view across the surface of an alien planet towards a pulsar (upper right) in the sky

Crab nebula (M1). Composite x-ray, infrared and optical image of the Crab nebula, the remnant of a supernova. In the centre of the nebula is the remains of the stars core

Magnetar star SGR 1806-20, artwork
Magnetar star SGR 1806-20. Artwork showing a gamma ray burst (blue shell) from the magnetar SGR 1806-20. A magnetar is a type of neutron star with a very strong magnetic field

Supernova explosion, computer simulation
Supernova explosion. Computer simulation showing the gas velocities of a 15 solar mass star exploding into a supernova at one second after the start of the explosion

Pulsar, artwork
Pulsar, computer artwork. A pulsar (upper right), a rapidly rotating neutron star, is the collapsed super-dense core of a massive star that has blown off its outer layers in a supernova

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"Unveiling the Enigmatic Neutron Star: A Celestial Symphony of Pulsars, Supernovae, and Microquasars" In this captivating artwork, a pulsar takes center stage as it radiates its mesmerizing energy into the cosmos. With its rapid rotation and intense magnetic field, this neutron star emits beams of electromagnetic radiation that create a celestial light show akin to a cosmic lighthouse. As we gaze upon the scene, our eyes are drawn to the backdrop of a distant planet bathed in the ethereal glow of the pulsar's emissions. The interplay between these two celestial bodies creates an otherworldly spectacle that captivates our imagination. Further exploring this cosmic tapestry, we encounter another masterpiece – an artwork depicting a supernova remnant known as F008 / 3658. This explosive aftermath showcases remnants of stellar destruction and serves as a reminder of nature's awe-inspiring power. Moving on from supernovae to microquasars, we witness X-ray binary systems F006 / 9719 and F006 / 9712 depicted in stunning detail. These enigmatic objects consist of compact stars accreting matter from their companion stars while emitting powerful jets of high-energy particles. Their dynamic nature adds yet another layer to our understanding of neutron stars' extraordinary behavior. Our journey through space art continues with an enchanting portrayal: planets orbiting pulsars. In this imaginative rendering, we witness how these exotic worlds navigate their unique gravitational environment while basking in the radiant presence of their central neutron star. Finally, we encounter one last marvel - Magnetar star C016 / 8871 depicted in all its magnetically charged glory. These rare and immensely powerful neutron stars possess magnetic fields trillions times stronger than Earth's own magnetic field – truly pushing the boundaries for what is possible within our universe. Through these artistic interpretations and scientific discoveries alike, humanity delves deeper into the mysteries of neutron stars.