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Professor Brian Cox explores how the search for aliens in the solar system has followed the search for water. He looks at Jupiter's moon Europa - a dazzling ball of ice.

Professor Brian Cox visits some of the most stunning locations on earth to describe how the laws of nature have carved natural wonders across the solar system.

Brian descends to the bottom of the Pacific in a submarine to witness the extraordinary life forms that survive in the cold, black waters. All life on Earth needs water so the search for aliens in the solar system has followed the search for water.

Soaring above the dramatic Scablands of the United States, Brian discovers how the same landscape has been found on Mars. And it was all carved out in a geological heartbeat by a monumental flood.

Armed with a gas mask, Brian enters a cave in Mexico where bacteria breathe toxic gas and leak concentrated acid. Yet relatives of these creatures could be surviving in newly discovered caves on Mars.

But Brian's sixth wonder isn't a planet at all. Jupiter's moon Europa is a dazzling ball of ice etched with strange cracks. The patterns in the ice reveal that, far below, there is an ocean with more potentially life-giving water than all the oceans on Earth.

Of all the wonders of the solar system forged by the laws of nature, there is one that stands out. In the final episode of this series, Brian reveals the greatest wonder of them all.

59 minutes

Last on

Fri 2 Sep 202200:15

Music Played

  • UNKLE

    Nocturnal

  • Carpenters

    Calling Occupants of Interplanetary Craft (The Recognized Anthem of World Contact Day)

Credits

RoleContributor
PresenterBrian Cox
DirectorMichael Lachmann
Series ProducerDanielle Peck
Executive ProducerAndrew Cohen

Broadcasts

  • Sun 4 Apr 201021:00
  • Tue 6 Apr 201019:00
  • Wed 7 Apr 201000:10
  • Sat 8 May 201019:00
  • Sun 9 May 201002:00
  • Thu 3 Jun 201000:20
  • Tue 19 Oct 201023:20
  • Thu 25 Nov 201019:00
  • Fri 26 Nov 201000:30
  • Sat 27 Nov 201019:15
  • Thu 14 Apr 201100:20
  • Thu 14 Apr 201100:30
  • Wed 1 Feb 201223:00
  • Thu 12 Jul 201220:00
  • Fri 13 Jul 201201:40
  • Sat 14 Jul 201223:05
  • Sun 15 Feb 201523:30
  • Thu 12 Dec 201920:00
  • Fri 13 Dec 201903:00
  • Fri 2 Sep 202200:15