In the early 1900s, Albert Einstein developed an idea - called Relativity - that changed our understanding of reality. It explained how both space and time were flexible - and how the Universe was made of a four-dimensional fabric called space-time. This single idea gave us a new way to understand the force of gravity, explained how the stars were born and introduced us to the concept of the big bang. And, in the hands of Stephen Hawking, it allowed us to understand the most extreme monsters in the Universe - black holes. This two-part BBC documentary explores how two of the most famous scientists of the 20th Century transformed our understanding of the Universe - thus changing the world.
Astrophysicists show how black holes might hold answers to how the universe evolved, leading to life on Earth and, ultimately, the human race.
With a large scale video environment, Rachel Mason creates a virtual black hole, where her song cycle becomes a score for gravitational waves, and renowned dancer and choreographer Oguri inhabits a dimension beyond earth. Mason was inspired by her interviews with some of the most provocative thinkers about the physics of black holes and the poetics of visualizing such immense phenomena.
Cast and crew of Christopher Nolan's "Interstellar" discuss project origins, the film's imagery, ambitions, incorporating IMAX footage, the human element within the film, arm shooting locations outside of Calgary, the set construction and design, working with real corn, mechanical characters, including backstory, design, the blend of practical and digital effects in bringing them to life, the differences in the characters, the human performances behind the characters, the creative process behind the film's music, Icelandic locations, vehicle interiors, the processes of simulating the absence of gravity, the crucial end-film visuals and influence and inspiration for future generations
Matthew McConaughey narrates a fascinating look at Christopher Nolan's sci-fi film, 'Interstellar', including scientific foundations, the work of consulting Scientist Kip Thorne, basic film themes, the science behind the search for planets capable of hosting life, space-time and the theory of relativity, the science of wormholes and black holes, crafting the film's visuals based on real scientific observation, the birth of the universe, the Dust Bowl and the evolution of dust as a toxin, the likelihood of future dust storms, the prospects of escaping a dying or doomed planet and the possibilities of colonizing Mars.
Kip Stephen Thorne is an American theoretical physicist known for his contributions in gravitational physics and astrophysics.
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