In this week’s show, Chris Creegan finds out whether eSports will ever catch up to traditional sports – and takes on one of the world’s best FIFA players.

Meanwhile, Gemma Morris meets the inventor behind a fuss free phone designed to bridge the gap between generations.

And this week’s games reviewer, Adam Savage, gives his take Dark Souls 3, Quantum Break and Dirt Rally

We’ve also got our weekly tech news round-up, including a smart wine bottle and a tool that helps you monitor your pet’s fitness.

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Programme website: http://bbc.in/1RPHVT3 Gordon joins the Ngala hunting for crocodiles with bare feet and hands.

Programme website: http://bbc.in/22RNDJn The African Caracal’s ability to turn in mid air has baffled scientists.

Entertainer Ronnie Corbett has died aged 85 surrounded by his family. Sir Bruce Forsyth remembers his career, and their friendship

Programme website: http://bbc.in/1Jsa6hw The wait is almost over. All-new Top Gear coming this May. Only on BBC Two.

Dropping a fireball of pure molten glass straight from the furnace onto a brand new iPhone 6S. What a pleasant sight to see. 🙂

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This visualization is the annotated version of “Crash of the Titans”. It includes the running time and galaxy identifications.

In about 4 billion years, the Milky Way and Andromeda galaxies will collide.

The three largest galaxies in our Local Group of Galaxies are our Milky Way along with the Andromeda (also known as Messier 31) and Triangulum (also known as Messier 33) galaxies. This scientific visualization of a computer simulation depicts their joint evolution over the next several billion years and features the inevitable massive collision between the Milky Way and Andromeda. Hubble Space Telescope observations indicate that the two galaxies, pulled together by their mutual gravity, will crash together in a head-on collision about 4 billion years from now. The thin disk shapes of these spiral galaxies are strongly distorted and irrevocably transformed by the encounter. Around 6 billion years from now, the two galaxies will merge to form a single elliptical galaxy. The Triangulum galaxy continues to orbit the merged pair through the end of this computer simulation, though other computer models show it becoming part of the collision.

The visualization covers 8.2 billion years into the future at 105 million years per second. Colors are representative: light blue for spiral galaxies (considered “blue” in astronomy parlance because of their active star formation) and orange-yellow for elliptical galaxies (called “red” by astronomers for their old stellar populations). A random background field of galaxies has been added to the simulation in order to indicate the camera motion through the simulation volume.

This visualization depicts the same simulation as the “Future Galaxy Merger” visualization, but includes the Triangulum galaxy and utilizes a more cinematic camera choreography.

Visualization: Frank Summers (STScI)
Simulation: Gurtina Besla (Columbia University) and Roeland van der Marel (STScI)

In about 4 billion years, the Milky Way and Andromeda galaxies will collide.

The three largest galaxies in our Local Group of Galaxies are our Milky Way along with the Andromeda (also known as Messier 31) and Triangulum (also known as Messier 33) galaxies. This scientific visualization of a computer simulation depicts their joint evolution over the next several billion years and features the inevitable massive collision between the Milky Way and Andromeda. Hubble Space Telescope observations indicate that the two galaxies, pulled together by their mutual gravity, will crash together in a head-on collision about 4 billion years from now. The thin disk shapes of these spiral galaxies are strongly distorted and irrevocably transformed by the encounter. Around 6 billion years from now, the two galaxies will merge to form a single elliptical galaxy. The Triangulum galaxy continues to orbit the merged pair through the end of this computer simulation, though other computer models show it becoming part of the collision.

The visualization covers 8.2 billion years into the future at 105 million years per second. Colors are representative: light blue for spiral galaxies (considered “blue” in astronomy parlance because of their active star formation) and orange-yellow for elliptical galaxies (called “red” by astronomers for their old stellar populations). A random background field of galaxies has been added to the simulation in order to indicate the camera motion through the simulation volume.

This visualization depicts the same simulation as the “Future Galaxy Merger” visualization, but includes the Triangulum galaxy and utilizes a more cinematic camera choreography.

Visualization: Frank Summers (STScI)
Simulation: Gurtina Besla (Columbia University) and Roeland van der Marel (STScI)

This visualization is the annotated version of “Future Galaxy Merger”. It includes the running time and galaxy identifications.

This scientific visualization of a computer simulation depicts the inevitable collision between our Milky Way galaxy and the Andromeda galaxy (also known as Messier 31). NASA Hubble Space Telescope observations indicate that the two galaxies, pulled together by their mutual gravity, will crash together in a near-head-on collision about 4 billion years from now. The thin disk shapes of these spiral galaxies are strongly distorted and irrevocably transformed by the encounter. Around 6 billion years from now, the two galaxies will merge to form a single elliptical galaxy.

The visualization covers 8.2 billion years into the future at 105 million years per second. Colors are representative: light blue for spiral galaxies (considered “blue” in astronomy parlance because of their active star formation) and orange-yellow for elliptical galaxies (called “red” by astronomers for their old stellar populations). A random background field of galaxies has been added to the simulation in order to indicate the camera motion through the simulation volume.

This visualization depicts the same simulation as the “Crash of the Titans” visualization, but does not include the Triangulum galaxy and utilizes a simpler camera choreography.

Visualization: Frank Summers (STScI)
Simulation: Gurtina Besla (Columbia University) and Roeland van der Marel (STScI)