My name is James Edward Grenier and in 1995 I developed a solution to stop nuclear missiles from striking a protected spot. The first part of the solution stops a terrorist nuclear attack on a protected spot. The rest of the solution stops all other missiles from striking a protected spot.
In 1995, I contacted The United States Congress and showed them the first part of the strategic defense and they were very happy. Congress wants my plan but politics is the problem. Hence, I need my plan Published to large audiences so that the public will urge Congress to buy my defense. Today a terrorist or foreign nation with nuclear arms can destroy The United States.
I need your help.
You can publish my strategic defense in two layers for free as I plan to get paid a standard percentage of all revenues from Congress. You may publish the terrorist nuclear defense first; and then, I can furnish you with the rest of the defense, so that you can publish it.
James E. Grenier
============================================================================ STRATEGIC NUCLEAR MISSILE DEFENSE BY JAMES EDWARD GRENIER PART ONE ============================================================================
I. REQUIRED COMPONENTS 1. We will need at least two jets per protected spot. These jets are to be made to fly to an altitude of 70,000 feet (13.25 miles). I know that if the engines provide their own oxygen then these jets can be made to fly to a higher altitude, but to save money, I suggest using jets that do not provide their own oxygen.
2. We will need at least one and maybe a cluster of thermal nuclear bombs that must be provided by the government. These 30-megaton nuclear bombs are to be the most powerful type- an atom bomb inside detonates a second radioactive material which allows the heat at the epicore to reach 15 million degrees Celsius.
3. A large net, that is mostly a few long ropes, is to be attached to the nuclear bombs. This huge net is to be larger than the protected spot-over twenty miles apart. The bomb or bombs are to be attached at the center.
4. We will need a dual radar system. The extended or distant radar system is both the satellite radar system and the worldwide radar tower system (at least six towers). This will pinpoint the path of the incoming enemy warhead from its origin. The second radar system is at the protected spot. Its radar system is similar to an airport's radar system.
The two radar systems are to be integrated so that the exact path of the incoming nuclear missile can be plotted from its origin to the protected spot.
II. EXPLANATION When a terrorist fires an enemy nuclear warhead at a protected spot, the jets are to take flight. Each jet is to take up a portion of the net, which is carrying the 30-megaton nuclear bomb or bombs. The jets are to fly in a circular path around the protected spot. Within a few minutes, the net will be suspended 13.25 miles above the protected spot. When the incoming nuclear missile flies into the net (actually a little before it) the bomb or bombs will be timed to go off. Please note that today's computers can time the flight of the jets so that the incoming nuclear warhead would nearly physically strike the nuclear bomb. A small atomic bomb should easily stop the incoming nuclear warhead, but the 30-megaton bomb should be used as it raises the temperature from about one million degrees Celsius to about 15 million degrees Celsius. However, if one would like to be extremely safe, a cluster of nuclear bombs can be used in the net. What this would do is sphere that is incredibly hot. The distance between the bombs should be as far as possible so the size of the sphere is maximized.