Most Americans don't understand why Germany was not interested in making an atomic bomb. They could not use such a weapon in the European warfront. Too close to home. What were they making, then? Put the pieces together: Can you see it? A 'death ray' of binary fission. More terrible than any modern US laser weapon. In June, 2000, Germany scrapped its nuclear energy project altogether. But Turkey was starting its own.

The 'death ray' we speak of is the neutron beam invented by Chadwick in the 1930s. When a neutron source collides with a uranium or fissile target, you have a nuclear reaction, which can be controlled. A-bombs are uncontrolled reactions.

The war in the Balkans was perhaps due to the possibility that Serbia wanted to hold on to its part of the uranium engine, and finally hand it over to Russia instead of NATO (for the coming Caspian pipeline). Turkey, on the other hand (Albania's protectorship), suddenly emerged as  the second largest power in NATO, with more troops  even than Britain. Remember this: the uranium engine (codenamed ALSOS) was built by ten million Jewish slaves, working day and night without pay. They were then all killed to 'keep the secret.' No country today can afford to produce such a vast nuclear war machine.

Why would modern science still be concerned with a 'primitive' reactor over fifty years old? Because it's larger than a football stadium. It's all of Fortress Europe. What are we talking about? European 'plumbing' of the 1930s and 40s, heralded by the German architect Leo von Klenze.

Remember how the Nazis used lethal gas to kill prisoners of the death camps? Plumbing. The secret was in the showers. Now, nuclear reactors use a great deal of plumbing, particularly if they employ heavy water (instead of graphite) for a moderator. The evil genius of the Nazis was to transform the major water works of modern Europe into a dual-purpose underground reactor. Every major city in Europe has stately neo-classic embassy mansions. In the basements of these buildings are fortified bunkers with steel doors (first built in the 1930s and 40s - See: Charter of Athens, 1933 ), where the ambassadors, diplomats, etc., will hide in safety, in the event of a military air strike.

But the Nazis had another plan. These are the cauldrons of hell. At the sound of the last trump or air raid siren, Europe's leaders will run to their bunkers only to find that the piped water supply has been 'tapped' with... death ray, neutron beam, looking for a fissile target.

The basements of Europe's embassies will then burn with nuclear hellfire. Thunder and lightning, downstairs. There are no radiation leaks in this case, are there? Place of pure marble. Do not say water. Doors of steel. Nations shall tumble. But we'll try not to let that happen, won't we? Street makers, heart breakers. Under new management. How long will it take us to uproot and rebuild the European death ray infrastructure? We estimate about thirty years.

"Honey, why are both taps hot?"

Hitler may have intended to activate his nuclear death ray engine when he ordered the destruction of Paris. But the sabotage of a key pipeline bridge postponed such action. The Allies landed in Europe before the uranium engine could be functional again. It was forced to shut down in 1945, but its location was never disclosed. To play down their wartime incompetence, US intelligence agencies continue to insist that German scientists did not try to develop an atomic weapon, but worked instead on a nuclear power plant. Half a century later, the American pretence is obvious: for where is that Nazi power plant, the nuclear factory built by the greatest slave force the world has ever known? This popular fallacy suggests that while America was secretly constructing the first atomic bomb, German experts were developing "peaceful uses" of nuclear fission, for mankind's most destructive war.