Explore how one man's relentless drive and invention of the atomic bomb changed the nature of war forever, led to the deaths of hundreds of thousands of people and unleashed mass hysteria.
On April 18, 1955, the pathologist performing the autopsy on Albert Einstein covertly steals the genius's brain, hoping to uncover the secret of brilliance. His good intentions and scientific ambitions collide with harsh realities as his world crumbles.
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.
How Germany was when its people entered the nightmare of World War II? Despair and fear lead a hungry population to follow the chilling call of just one man to world domination. A real-life horror story, an ominous tale of violence and deception, which takes place from 1919 to 1934. (Entirely made up of restored, colorized archival footage.)
On the 29th of August 1949, the USSR set off their first atomic bomb, just four years after the Americans. The speed with which they achieved this surprised the world. What nobody knew was that it was the result of espionage. At the centre of the operation was a very unusual female spy, Elizabeth Zaroubin, in a story worthy of the best spy novels ever written.
This documentary traces the "physical history" of Fritz Lang’s M, from its production and original distribution to the digital restoration used as the basis for this edition. It includes a look at the French-language version of M but was produced before the discovery of the English-language version.
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.
The core of the video is a pedagogical workshop on the Theory of Special Relativity as part of the educational process conducted by our youth leadership. Not for the sake of understanding the theory itself, but using Einstein's particular discovery as a case study to demonstrate and walk people through real human thinking, as being something above sense perceptions or opinions. We end with reflecting on the principle of relativity in terms of social relations and individual identities or thought processes, asking the question - how was Einstein able to make his breakthrough?
It starts with a live radio broadcast from the Bikini Atoll a few days before it is annihilated by a nuclear test. Shows great footage from these times and tells the story of the US Navy Sailors who were exposed to radioactive fallout. One interviewed sailor suffered grotesquely swollen limbs and he is shown being interviewed with enormous left arm and hand.
Albert Einstein (14 March 1879 – 18 April 1955) was a German-born theoretical physicist who developed the theory of relativity, one of the two pillars of modern physics (alongside quantum mechanics). His work is also known for its influence on the philosophy of science. He is best known to the general public for his mass–energy equivalence formula E = mc2, which has been dubbed "the world's most famous equation". He received the 1921 Nobel Prize in Physics "for his services to theoretical physics, and especially for his discovery of the law of the photoelectric effect", a pivotal step in the development of quantum theory. From Wikipedia, the free encyclopedia
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