Richard Clay, art historian and expert on semiotics and iconoclasm and the interplay between new technology and shifts in meaning, compares and contrasts cultural symbols from across the centuries, unpicking iconic images, music, and other cultural outputs to explain where ‘stickiness’ comes from.
Phenomena of incredible speed that we cannot see, captured in stunning detail using high-speed cameras. Watch the mechanics of dogs in motion (do their feet touch the ground?) Learn how a cat’s tongue works, experience the shockwaves of explosions, see the dynamics of fire -- and more!
The decades following the First World War saw aircraft designers pushing the boundaries of aeronautical technology, moving the industry forward at a rapid pace. With new commercial markets opening up, it was the visionaries who held the key to success. Each invention promising a future filled with endless possibilities.
The surprising story of the hidden powerhouse behind the globalised world - the diesel engine, a 19th-century invention that has become indispensable to the 21st century. It's a turtle versus hare tale in which the diesel engine races the petrol engine in a competition to replace ageing steam technology - a race eventually won hands down by diesel. Splendidly, car enthusiast presenter Mark Evans gets excitedly hands on with some of the many applications of Mr Diesel's - yes, there was one - original creation, from vintage submarines and tractors to locomotive trains and container ships. You'll never feel the same about that humble old diesel family car again.
From the Stone Age to the Silicon Age, materials have helped drive forward our civilisation. By manipulating materials we have been able to transform our world and our lives - and never more so than in the past century when we have discovered and designed more materials than at any other time in human history. (Part 3: Ceramic) Professor Mark Miodownik traces the story of ceramics. He looks at how we started with simple clay, sand and rock and changed them into pottery, glass and concrete - materials that would allow us to build cities, transform the way we view our world and communicate at the speed of light. Deep within their inner structure Mark discovers some of ceramics' most intriguing secrets. He reveals why glass can be utterly transparent, why concrete continues to harden for hundreds of years and how cooling ceramics could transform the way we power cities of the future.
The oceans are at the heart of the terrestrial climate machine. Without them, there is no life. However, they are subjected to significant changes: heating, acidification, pollution, a loss of biodiversity. In 2050, we will do all it takes to preserve them.