Electrical Energy Quotes

He was speaking from retirement. When he was Prime Minister--2001-2005, and active politically, he was in favor of nuclear power for Japan. But after the meltdown of the reactors at Fukishima, he saw happening exactly what the corporation executives running the nuclear power told him could never happen. He aslo supported the claims of American Sailor who had provided much help in the nuclear emergency that they were suffering from deseases brought on by teh excessibe radiation that they encountered.

The rate and intensity of the anti-nuclear power movement in Japan had slowed somewhat from the peak after the meltdown and catatostrope of Fuklishima. Professor Nakano was asked if this meant the end of popular social action regarding nuclear popwer.

He anticipated Wi Fi but claimed that he had a method of transmitting large amounts of electricity through the air or space. In the 21st century, scientists at MIT were able to power a standard light bulb without wires and Tesla’s prediction will become reality. We do not know to this day if the methods he was working on could have worked on a large scale because his notes and plans have been lost, The large building and tower he constructed for this before his backers would fund it no longer, still exists on Long Island. Tesla was one of the great American immigrant scientists. He found in America the kind of intellectual and operational freedom that did not exist in the rigid, monarch-controlled, Austro-Hungarian Empire. He developed patents and techniques that formed the technological bases of radio, telephone long distance, TV, cell phones, Wi Fi, just to name a few. Most important he was Thomas Edison’s great nemesis. Edison invented DC electric generators that could power factories or entire streets in a neighborhood. Tesler invented and developed AC electrical technology which could power entire cities and he could move electricity over long distances which Edison could not. Tesler was one of the first scientists to conceive of and try to implement “Big Science” where there were huge capital investments to develop machines and systems to do what had never been done before—philosophically like the CERN Hadron Collider. Tesler even convinced a large corporation to finance the construction of a massive building and tower so he could experiment with the wireless transmission of electricity. However, as the industrial democracies have learned, Big Science can only be funded by governments and it often takes sever working in consort to afford the huge investment that is required. In Tesler’s era, the federal and state governments did not fund scientific research so his work was not only technically ahead of his time but also conceptually. He anticipated most of the problems and need for a national power grid that was challenging America even at the beginning of the 21st century.

Puerto Rico was hit by a hurricane which had a devastating effect on the infrastructure of the island. Cruz, Mayor of San Juan, was frustrated when the Federal response from FEMA and the military was very slow to materialize.

Corporations in the nuclear business argue that Nuclear power is less expensive than otehr forns of ower that are in common use. However, when a nation adds the huge cost of maintianing a scientific infrastructure to inspect and regulate the nuclear power plants, and the costof establishing the contingency capability of popularion evacuation and containment when there is a nuclear accident, and then the cost of safely stopring and containing the spent but deadly radioactive fuel, the incredibly high cost of insurance, then it is clear that nuclear power is the most expensive form of power. However, some countries do it better than others with France being the only country at the beginning of the 21st century that operated nuclear power safely and efficiently. The United States, Russia and Japan had huge costs