Image of part of a stellar remnant whose explosion was recorded in 185 AD. By studying this remnant in detail, a team of astronomers was able to solve the mystery of the Milky Way’s super-efficient particle accelerators. North is toward the top right and east to the top left. The image is about 6 arc minutes across.
© ESO/E. Helder & NASA/Chandra
Image of part of a stellar remnant whose explosion was recorded in 185 AD. By studying this remnant in detail, a team of astronomers was able to solve the mystery of the Milky Way’s super-efficient particle accelerators. North is toward the top right and east to the top left. The image is about 6 arc minutes across.
© ESO/E. Helder & NASA/Chandra
Image of part of a stellar remnant whose explosion was recorded in 185 AD. By studying this remnant in detail, a team of astronomers was able to solve the mystery of the Milky Way’s super-efficient particle accelerators. North is toward the top right and east to the top left. The image is about 6 arc minutes across.
© ESO/E. Helder & NASA/Chandra
Image of part of a stellar remnant whose explosion was recorded in 185 AD. By studying this remnant in detail, a team of astronomers was able to solve the mystery of the Milky Way’s super-efficient particle accelerators. North is toward the top right and east to the top left. The image is about 6 arc minutes across.

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