The atomic
A nuclear weapon is an explosive device that derives its destructive force from nuclear reactions, either fission (fission bomb) or a combination of fission and fusion (thermonuclear weapon). Both reactions release vast quantities of energy from relatively small amounts of matter.
Hiroshima is the capital of Hiroshima Prefecture in Japan. As of June 1, 2019, the city had an estimated population of 1,199,391. The gross domestic product in Greater Hiroshima, Hiroshima Urban Employment Area, was US$61.3 billion as of 2010. Kazumi Matsui has been the city's mayor s…
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Nuclear Bombs and Hydrogen Bombs A discovery by nuclear physicists in a laboratory in Berlin, Germany, in 1938 made the first atomic bomb possible, after Otto Hahn, Lise Meitner and Fritz Strassman discovered nuclear fission. When an atom of radioactive material splits into lighter atoms, there’s a sudden, powerful release of energy.
The finale of Akira is only one example of apocalyptic imagery in the anime and manga canon; a number of anime films and comics are rife with atomic bomb references, which appear in any number of forms, from the symbolic to the literal.
Many people refer to Albert Einstein as the inventor of the bomb, but this is actually very far from true. Apart from coming up with the Relativity Theory E=mc2, stating that a small amount of matter could release a lot of energy, Albert Einstein’s only involvement in the development of this weapon...
Many families were orphaned by the war, and the bomb as well, so a number of children were also mutated or affected by the bomb. In anime and manga, this is seen in the form of radioactive mutations or having some extraordinary powers, in addition to taking on more adult responsibilities at an early age.
Many families were orphaned by the war, and the bomb as well, so a number of children were also mutated or affected by the bomb. In anime and manga, this is seen in the form of radioactive mutations or having some extraordinary powers, in addition to taking on more adult responsibilities at an early age.
In the post-war years, Japanese media was often influenced by the United States, leading some to define anime as any animation emanating from Japan after 1945.
Osamu Tezuka (手塚 治虫, b. 手塚 治, Tezuka Osamu;3 November 1928 – 9 February 1989) was a Japanese cartoonist, manga artist, and animator.
After World War II, a handful of anime creators stayed in business by working on the only type of movie available to them: US propaganda for the Occupation authority on films for its Civil Information and Education department. Others lived hand to mouth, working on animated graphics or inserts in live-action films.
The history of anime can be traced back to the start of the 20th century, with the earliest verifiable films dating from 1917. The first generation of animators in the late 1910s included Ōten Shimokawa, Jun'ichi Kōuchi and Seitaro Kitayama, commonly referred to as the "fathers" of anime.
Anime Top 10Top 10 Best Rated (bayesian estimate) (Top 50)#titlerating1Fullmetal Alchemist: Brotherhood (TV)9.082Steins;Gate (TV)9.043Clannad After Story (TV)9.028 more rows
Modern anime began in 1956 and found lasting success in 1961 with the establishment of Mushi Productions by Osamu Tezuka, a leading figure in modern manga, the dense, novelistic Japanese comic book style that contributed greatly to the aesthetic of anime. Anime such as Miyazaki Hayao's Princess Mononoke (1997) are the ...
おとぎマンガカレンダー, or Otogi Manga Calendar, was the first anime series to be produced and the first to be televised. It ran from 1961-1964.
The projection of soft power is a conscious, focused and highly prioritized effort by the Japanese government to exploit the country's popularity among young people worldwide — multitudes of whom share a passion for Japanese fashions and fads — and to create a broader sympathetic image in the host country.
After six years of war the first atomic bombs were dropped on the Japanese cities of Hiroshima and Nagasaki in 1945. More than 100,000 people were killed, and others subsequently died of radiation-induced cancers. The bombing brought the Second World War to an end.
Just eight years after the theatrical release of Akira, Hideaki Anno’s internationally acclaimed Neon Genesis Evangelion made its broadcast debut. Evangelion takes place in a post-apocalyptic Japan devastated by Lovecraftian cataclysms, destroying much of earth’s environment and permanently raising the planet’s temperature.
Perhaps one of the most recognizable elements of Anime is its creative use of technology as a thematic device as well as superficial draw for the audience.
Mecha’s dissection of technology and what role it should play in our society was integral in some of the earliest Anime. One of the best known cases being Osamu Tezuka’s 1963 work, Astro Boy. Being one of the earliest Anime to ever air in Japan, Astro Boy has been heavily influential in forming the landscape of contemporary Anime.
Not much earlier than the creation of the first widely distributed anime, Tomoyuki Tanaka’s now globally famous Godzilla first graced the silver screen.
When observing the way nuclear weaponry is depicted in Japanese media compared to how nuclear weaponry is depicted in the other nations, the difference is stark. One narrative exploring feelings or tragedy, remorse, and resilience; the other using the event as a tool for exaggeration.
We can see the lasting images of the firebombings and the atomic bombs in the works of artist and director Osamu Tezuka and his successor, Hayao Miyazaki. Both had witnessed the devastation of the bombings at the end of the war.
The tensions of technology are apparent in the works of Tezuka and his successors. In Tezuka’s Astro Boy, a scientist attempts to fill the void left by his son’s death by creating a humanlike android named Astro Boy.
There were also the aftereffects of the bombs, some of which are still felt today: children left parentless, others (even the unborn) left permanently crippled by radiation.
Osamu Tezuka believed that the atomic bomb acted as the epitome of man’s inherent capacity for destruction. Yet while Tezuka commonly referenced death and war, he also believed in the perseverance of mankind and its ability to begin anew.
Nuclear Bombs and Hydrogen Bombs. A discovery by nuclear physicists in a laboratory in Berlin, Germany, in 1938 made the first atomic bomb possible, after Otto Hahn, Lise Meitner and Fritz Strassman discovered nuclear fission. When an atom of radioactive material splits into lighter atoms, there’s a sudden, powerful release of energy.
Atomic bombs have been used only twice in war—both times by the United States against Japan at the end of World War II, in Hiroshima and Nagasaki. A period of nuclear proliferation followed that war, and during the Cold War, the United States and the Soviet Union vied for supremacy in a global nuclear arms race.
According to the treaty, nuclear weapons states agreed not to use nuclear weapons or help non-nuclear states acquire nuclear weapons. They also agreed to gradually reduce their stockpiles of nuclear weapons with the eventual goal of total disarmament.
Thermonuclear weapons, or hydrogen bombs, rely on a combination of nuclear fission and nuclear fusion. Nuclear fusion is another type of reaction in which two lighter atoms combine to release energy.
The Manhattan Project was started in response to fears that German scientists had been working on a weapon using nuclear technology since the 1930s.
On August 6, 1945, the United States dropped its first atomic bomb from a B-29 bomber plane called the Enola Gay over the city of Hiroshima, Japan.
Over the next few decades, each world superpower would stockpile tens of thousands of nuclear warheads. Other countries, including Great Britain, France, and China developed nuclear weapons during this time, too. To many observers, the world appeared on the brink of nuclear war in October of 1962.
In 1945, Superman #38 saw Superman 's arch-nemesis Lex Luthor creating a strange device to carry out his plans to cause chaos in Metropolis. Here, Luthor calls his new invention an "atomic bomb," which in the real world was still being developed by the government, unbeknownst to the writers.
This device was referred to as a cyclotron, which was used to test Superman's supposed invulnerability.
In issue #126 -- Byrne's first issue in the run -- Princess Diana of Themyscira is struck down by the demon Neron. Wonder Woman dies in issue #127, and she would be brought back to life shortly after.
Many people refer to Albert Einstein as the inventor of the bomb, but this is actually very far from true. Apart from coming up with the Relativity Theory E=mc2, stating that a small amount of matter could release a lot of energy, Albert Einstein ’s only involvement in the development of this weapon of mass destruction was to sign a letter, urging the U.S. to develop the bomb. This was a decision Einstein, as a pacifist, had great regrets about. Physicists Eugene Wigner and Leo Szilard convinced Einstein to sign the letter because they knew that Germany had managed to split the uranium atom and they were fearing that Germany was already working on an atomic bomb.
Julius Robert Oppenheimer. Oppenheimer was the leader of the scientific team in the Manhattan project and is often called the “father of the atomic bomb.”. Yet again, he was not the sole inventor of the bomb, but its invention was the result of the collaboration among his team members, many of which were also exiles from Europe.
As with many other inventions, the development of the atomic bomb was not a one-man project. Several people discovered and developed certain aspects of the bomb, and even before the first bombs were dropped on Hiroshima and Nagasaki, scientists across the world were working on nuclear projects.
Initially, these persons included well-known scientists such as Ernest Rutherford of New Zealand and Great Britain, Neils Bohr of Denmark, Pierre and Marie Curie of France, and Albert Einstein of Germany. Later, the "nuclear group" was joined by Leo Szilard of Hungary, Otto Hahn of Germany, Michael Polenyi of Hungary, Walter Bothe of Germany, Lise Meitner of Austria, Hantaro Nagaoka of Japan, and others of similarly diverse backgrounds.
Suzuki reported back in October 1940 and concluded that Japan had access to sufficient uranium in Korea and Burma to make an atomic bomb. Yasudo turned to Japanese physicists, who had worked with Neils Bohr and Ernest Lawrence, and who had built a cyclotron at a laboratory in Tokyo.
The German invasion in June 1941 temporarily halted the nuclear program and caused the rearrangement of research priorities to the disadvantage of atomic bombs, at least for the time being. After reassessment by the Soviet atomic community, work on a weapon program resumed by early 1943.
Its atomic designation became Pu239. In Germany, theoretical knowledge of atomic physics and the potential application of that science to weapons was abreast of that in Britain and the United States. German scientists, however, were handicapped by shortages in materials and funds.
The number of deaths at Nagasaki was approximately 70,000, less than at Hiroshima because of steep hills surrounding the city. The yield was 22 KT. On August 15 the Emperor of Japan broadcast his acceptance of the Potsdam Proclamation, which on July 26, 1945, had set forth the Allies' terms for ending the war.
The yield of the bomb was 12.5 KT. On August 9, another B-29, Bock's Car , piloted by Major Charles Sweeney, dropped Fat Man on Nagasaki.
The possibility of producing a massive atomic explosion was generally known and discussed, and calculations of a "critical mass" were being made. German intelligence had discovered the direction of nuclear research in the United States and Great Britain.