Linked from

The 15 pages that link to Crab Nebula, each with the reason it gives.

• SupernovaBroader topic: Its central pulsar and expanding filaments expose the structure of a core-collapse remnant.

• Supernova remnantBroader topic: Its central pulsar and bright synchrotron nebula show how a compact object can energize a remnant.

• Chandra X-ray ObservatoryBroader topic: Chandra has imaged its X-ray-emitting pulsar wind nebula and changing inner structures.

• Chinese astronomyBroader topic: Chinese records of the 1054 guest star link historical observation to this remnant.

• Messier catalogBroader topic: M1 is the catalog’s first entry and a remnant of an exploded star.

• NebulaBroader topic: It is a well-studied nebula powered by a pulsar left after a supernova.

• New General CatalogueBroader topic: Its entry, NGC 1952, shows the catalogue includes the remains of an exploded star.

• Pulsar wind nebulaBroader topic: Its detailed structure and historical supernova record make it the best-studied example.

• Crab PulsarRelated: The Crab Pulsar lies at its center and supplies energy to its expanding debris.

• Messier objectBroader topic: It is the first object in Messier’s catalogue.

• Argon compoundsBroader topic: Astronomers detected argon hydride ions in its hydrogen-rich regions.

• Electromagnetic astronomyRelated: Its emission across the spectrum connects a pulsar to nebular radiation.

• Kepler's SupernovaCompared with: Unlike Kepler’s event, the Crab supernova was a core-collapse explosion that left a pulsar.

• SN 1054Broader topic: It is the expanding debris left by SN 1054.

• Cygnus LoopCompared with: Unlike the Cygnus Loop’s broad shell, the Crab is a pulsar-powered nebula.