A combination of images captured by the New Horizons spacecraft with enhanced colours to show differences in the composition and texture of Pluto's surface. Scientists said that Pluto may have rolled over on its axis eons ago, the result of tidal forces with jumbo moon Charon, and that a subsurface sea is the most likely explanation. Photo: AP A combination of images captured by the New Horizons spacecraft with enhanced colours to show differences in the composition and texture of Pluto's surface. Scientists said that Pluto may have rolled over on its axis eons ago, the result of tidal forces with jumbo moon Charon, and that a subsurface sea is the most likely explanation. Photo: AP
A combination of images captured by the New Horizons spacecraft with enhanced colours to show differences in the composition and texture of Pluto's surface. Scientists said that Pluto may have rolled over on its axis eons ago, the result of tidal forces with jumbo moon Charon, and that a subsurface sea is the most likely explanation. Photo: AP

Underground ocean found on Pluto

A combination of images captured by the New Horizons spacecraft with enhanced colours to show differences in the composition and texture of Pluto's surface. Scientists said that Pluto may have rolled over on its axis eons ago, the result of tidal forces with jumbo moon Charon, and that a subsurface sea is the most likely explanation. Photo: AP A combination of images captured by the New Horizons spacecraft with enhanced colours to show differences in the composition and texture of Pluto's surface. Scientists said that Pluto may have rolled over on its axis eons ago, the result of tidal forces with jumbo moon Charon, and that a subsurface sea is the most likely explanation. Photo: AP
A combination of images captured by the New Horizons spacecraft with enhanced colours to show differences in the composition and texture of Pluto's surface. Scientists said that Pluto may have rolled over on its axis eons ago, the result of tidal forces with jumbo moon Charon, and that a subsurface sea is the most likely explanation. Photo: AP
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