Track the evolution of the space suit, from the first pressure suit of the 1930s to outfits that will take man to Mars.
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Track the evolution of the space suit, from the first pressure suit of the 1930s to outfits that will take man to Mars.
2019 • Physics
Meet the innovators who developed newer, safer ways to fall from the sky and those whose lives were saved by them
2019 • Physics
Witness the ingenuity and bravery of the pioneers who developed, built, and even risked their lives testing the ejection seat.
2019 • Physics
From the first gas turbine to tomorrow's hypersonic jet engines, see the evolution of the machine that is changing the world.
2019 • Physics
Teleportation is sci fi's most exciting way to travel. Imagine zapping your molecules through space on a transporter beam right out of Star Trek - Dr Michio Kaku reveals how we might all one day be saying 'beam me up Scotty'.
S1E4 • Physics of the Impossible • 2009 • Physics
Imagine turning yourself into a crime fighting super hero just like Batman or Iron man. Dr Michio Kaku designs a suit that would give the wearer the super powers of a comic book super hero. Take that bad guys!
S1E10 • Physics of the Impossible • 2009 • Physics
One of the most amazing facts in physics is that everything in the universe, from light to electrons to atoms, behaves like both a particle and a wave at the same time. But how did physicists arrive at this mind-boggling conclusion?
In the first episode, Helen seeks out the colours that turned planet Earth multicoloured. To investigate the essence of sunlight Helen travels to California to visit the largest solar telescope in the world. She discovers how the most vivid blue is formed from sulfur atoms deep within the Earth's crust and why the presence of red ochre is a key sign of life. In gold, she discovers why this most precious of metals shouldn't even exist on the surface of the planet and in white, Helen travels to one of the hottest places on Earth to explore the role salt and water played in shaping planet Earth.
S1E1 • Colour: The Spectrum of Science • 2015 • Physics
Scientists genuinely don't know what most of our universe is made of. The atoms we're made from only make up four per cent. The rest is dark matter and dark energy (for 'dark', read 'don't know'). The Large Hadron Collider at CERN has been upgraded. When it's switched on in March 2015, its collisions will have twice the energy they did before. The hope is that scientists will discover the identity of dark matter in the debris. The stakes are high - because if dark matter fails to show itself, it might mean that physics itself needs a rethink.