This one is for DoomYoshi, who loves his nukes..
History of Nuclear War I This is the first of four tournaments in a series. The series will explore the history of nuclear war. This tournament will address the early days of nuclear research, from the discovery of elemental radioactivity in 1896 to the entry of the U.S. into WW II in 1941.
For more information on this series, visit the
History of Nuclear War Series InfoCentre Eligibility: To play in this tournament, you must be premium, have a turns-taken record of 98% or better, at least 100 completed games, and be at least a PFC on sign-up.Procedure: In each tourney in this series, the first nine phases will consist of multiplayer Standard games. In each of these phases, only the first player eliminated from each game is eliminated from the tournament. All others will continue to the next phase. As soon as all games in a phase have had one player eliminated, I will begin the next phase with the survivors. Winning these games will not influence the course of the tournament; only that first elimination is significant.Settings: All games will be Casual and Automatic, with Chained reinforcements. Maps will vary widely from phase to phase. Needless to say, spoils in all games will be nuclear.Fog or Sun: Foggy or Sunny status will be established by the votes of a majority of the remaining players. Please indicate your preference when you sign up, and this will settle it for the first phase. When players are eliminated, their votes will cease to count, so later phases may have a different Fog status than the earlier ones. You may also change your vote if you wish (just don't change it often enough to become annoying.) I won't bother chasing people for their votes; this will be a bonus for people who pay attention.show: Phase 1
In 1896 Henri Becquerel first discovered radioactivity in uranium. Two year later Marie Curie proved that this phenomenon was not chemical in nature but proceeds from the structure of the atom itself. Curie and her husband Pierre went on to make numerous other discoveries in radiation physics. Marie and Pierre Curie and Henri Becquerel shared the Nobel Prize in Physics in 1906 for their work in radiation, and Marie was the sole recipient of another Nobel Prize, in Chemistry this time, for her discovery of two new elements along the way.Phase 1 first player eliminated in each game is out of the tournament. The remainder will go on to the next round.
show: Phase 2
After the work of Becquerel and the Curies, the leadership in atomic research passed to Ernest Rutherford. Rutherford's early work was done at McGill University in Canada with Frederick Soddy, but he soon moved to Manchester University in England. Today known as the father of atomic physics, Rutherford developed the planetary model of the atom, identified the differences between alpha, beta, and gamma particles, and discovered the proton. Rutherford was the first to observe a nuclear reaction, and his students Cockcroft and Walton were the first to create a fully artificial nuclear reaction. Other great physicists associated with Rutherford to some degree included George de Hevesy, Neils Bohr, and James Chadwick. Chadwick would go on to discover the neutron, which was the next step on the road to controlled fusion.Phase 2 first player eliminated in each game is out of the tournament. The remainder will go on to the next round.
show: Phase 3
While practical work in atomic research was centred in England and France, the theoretical backbone of nuclear physics was being built in Germany. Max Planck, Walther Nernst, James Franck, Gustav Hertz, Wolfgang Pauli, Max von Laue and Erwin Shroedinger all made contributions to our theoretical understanding of the universe at the atomic level. The greatest breakthrough of all was Einsteins Special Theory of Relativity, and its inevitable result, the theory of mass-energy equivalence.Phase 3 first player eliminated in each game is out of the tournament. The remainder will go on to the next round.
show: Phase 4
In 1923 Enrico Fermi of Italy was the first to point out that Einstein's mass-equivalence equation offered a source of energy that could be harnessed. Almost twenty years would pass before he could demonstrate this power, but the idea began to spread. Fermi also developed the first complete model of beta decay.Phase 4 first player eliminated in each game is out of the tournament. The remainder will go on to the next round.
show: Phase 5
From 1934 to 1938 Otto Hahn, Lise Meitner, and Fritz Strassman bombarded uranium with neutrons, creating new elements which they mistakenly believed to be transuranic. Slowly but steadily they uncovered evidence that they were creating lighter elements instead, evidence which at first they could not believe. By December of 1938 the evidence had become irrefutable: Hahn and his team were forced to the conclusion that they had for the first time created nuclear fission, cleaving an atom into smaller atoms.Phase 5 first player eliminated in each game is out of the tournament. The remainder will go on to the next round.
show: Phase 6
Only a few physicists understood the implications of Hahn's experiments, but these few were listended to. In less than a month German and American groups, informal at first, had assembled to study the idea of controlled fission. By the summer, British and French groups had also formed. At first these were all just academic, but soon the opening shots of world War II were being fired, and these groups gained official government backing. The German nuclear club became an organ of the government on Sept. 16th 1939, the American on Oct 21st, and the British on April 10th 1940 . The French group was overtaken by the rapid progress of the war and was absorbed into the British effort. The Russians didn't launch a nuclear research program until April of 1942.Phase 6 first player eliminated in each game is out of the tournament. The remainder will go on to the next round.
show: Phase 7
At the outbreak of the war, important players in nuclear research were in Scandinavia. Otto Hahn's key research partner, Lise Meitner, had fled to Stockholm. Neils Bohr, probably the world's foremost expert on atomic structure, was in Copenhagen. Heisenberg visited Bohr and made some effort to lure him to work in the German nuclear program, but it was probably half-hearted as Heisenberg himself was not completely sold on the idea. Eventually Bohr also escaped to Stockholm and later to the U.S., joining the Manhattan Project.Phase 7 first player eliminated in each game is out of the tournament. The remainder will go on to the next round.
show: Phase 8
Leadership in atomic research was quickly passing from Europe to the United States. Much of the reason was Nazi racial policy: a huge percentage of the world's top atomic physicists were European Jews who fled from Germany or its satellites and eventually made it to Britain, Canada, or the U.S. While that factor alone would have shifted the forefront of atomic research, the production of a practical nuclear weapon was a huge commercial and industrial undertaking far more expensive than mere academic research. Getting the kind of massive funding the project required was not likely until the attack on Pearl Harbour officially brought the U.S. into the war.Phase 8 first player eliminated in each game is out of the tournament. The remainder will go on to the next round.
show: Phase 9
With the U.S. becoming a fully-committed participant in World War II, its incredible industrial capacity was soon harnessed to turn atomic fission from a laboratory experiment into a practical weapon. We will explore this further in the second tournament in this series. For now, we begin by just acknowledging the U.S.A.Phase 9 first player eliminated in each game is out of the tournament. The remainder will go on to the next round.
The finals will be different from the first nine phases.
show: Phase 10 - Finals - The nuclear cataclysm
Phase 10: The nuclear cataclysm
Posted: Sat Jun 25, 2011 6:40 pm