k Core of galaxy M87 seen by Hubble Space Telescope The core of the elliptical galaxy M87 NGC 4486 seen from the Wide FieldPlanetary Camera onboard the Hubble Space Telescope HST. HST enabled the discovery of a stellar cusp in the core of M87 seen here as the brightest white spot. In this region the density of stars is 300 times greater than a normal elliptical galaxy. Current models suggest that a black hole of 2.6 billion solar masses lies in the stellar cusp of M87 pulls all the stars in this region towards the centre. The black hole is powering the jet of plasma which departs from the nucleus extends outwards for 4000 light years. North is at top right. Stock Photo - Afloimages
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Core of galaxy M87 seen by Hubble Space Telescope The core of the elliptical galaxy M87  NGC 4486  seen from the Wide Field Planetary Camera onboard the Hubble Space Telescope  HST . HST enabled the discovery of a stellar cusp in the core of M87 seen here as the brightest white spot. In this region the density of stars is 300 times greater than a normal elliptical galaxy. Current models suggest that a black hole of 2.6 billion solar masses lies in the stellar cusp of M87   pulls all the stars in this region towards the centre. The black hole is powering the jet of plasma which departs from the nucleus   extends outwards for 4000 light years. North is at top right.
RM

Core of galaxy M87 seen by Hubble Space Telescope

The core of the elliptical galaxy M87 (NGC 4486) seen from the Wide Field/Planetary Camera onboard the Hubble Space Telescope (HST). HST enabled the discovery of a stellar cusp in the core of M87 seen here as the brightest white spot. In this region the density of stars is 300 times greater than a normal elliptical galaxy. Current models suggest that a black hole of 2.6 billion solar masses lies in the stellar cusp of M87 & pulls all the stars in this region towards the centre. The black hole is powering the jet of plasma which departs from the nucleus & extends outwards for 4000 light years. North is at top right.

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