[Going strong]

(11-15-2018 08:09 PM)Deepdiver Wrote:  

So the Franco Somali antique nuke boats would never be able to get within targeting range of the USA - nor Canada as we get a lot of our winter weather patterns and fresh snowpack water from there so Canada benefits from geophysical proximity.

You mean, the US are protecting Trudeau and Canada for free, and Toronto's blue-hair dykes will live forever? We won't have a Franco-Somali caliphate selling Halal putines in Montreal?



Back to your MAD gear: it is reputed to not work if the submarine is deeply immersed, for a simple reason: "magnetic fields decrease in intensity as the inverse cube of distance". That is why I was describing a submarine getting up from the bottom of the sea only at the last moment, to launch its missile.

Plus, the "Franco-Somali" future State could just launch a missile on the oil fields of the Arab peninsula, that should destroy the world quite efficiently, bringing it to its knees. You see, there is no way around it: France is too big to fall, because of its military (which by the way is being quite systematically infiltrated by suburbs islamists, slowly climbing ranks)!

By the way, the life of the inventor of the MAD, is quite fascinating: meet Russo-French-American genius, Victor Vacquier https://en.wikipedia.org/wiki/Victor_Vacquier

"Vacquier was born in St. Petersburg, Russia. In 1920, Vacquier escaped the Russian Civil War with his family, taking a horse-drawn sleigh across the ice of the Gulf of Finland to Helsinki , then moving to France and (in 1923) to the United States.

during World War II he moved to the Airborne Instruments Laboratory at Columbia University, where he applied the fluxgate magnetometer, an instrument he had invented at Gulf, to submarine detection.[1][2][3][4][5][6][7] Following the war, he worked at Sperry Gyroscope Inc. developing gyrocompasses; then in 1953 he moved to the New Mexico Institute of Mining and Technology, where he worked on groundwater detection.[1][2][3] At Scripps, where he moved in 1957, he directed a program that used his war-surplus flux magnetometers to measure the patterns formed by the Earth's magnetic field on the sea floor; his discovery of large shifts in the patterns in the Mendocino Fracture Zone was a major impetus behind the theory of plate tectonics,[1][2][3][8] which his later measurements of heat flow on the sea floor also strongly supported.[1][2]

For his researches, Vacquier was awarded the John Price Wetherill Medal of the Franklin Institute in 1960, the Albatross Award of the American Miscellaneous Society in 1963, the John Adam Fleming Medal of the American Geophysical Union in 1973, the Reginald Fessenden Award of the Society of Exploration Geophysicists in 1976,[3] and the Alexander Agassiz Medal of the United States National Academy of Sciences in 1995 “for his discovery of the flux-gate magnetometer, and for the marine magnetic anomaly surveys that led to the acceptance of the theory of sea-floor spreading.”"