information and fact

Nuclear
In war often used many weapons that have a lot of functions and effects. Of course the goal is to defeat the enemy and win the war. For this usually is not counted again due to the human right.Human, possessions and so much more to be lost.

Nuclear weapons are weapons that get energy from nuclear reactions and has tremendous power destruction – a nuclear bomb could destroy a city. Nuclear weapons have been used only twice in combat – during World War II by the United States against the Japanese cities of Hiroshima and Nagasaki.Pada period of explosive power downed nuclear bombs on Hiroshima and Nagasaki at 20 kilo (thousand) tons of TNT. While today’s nuclear bomb explosives more than 70 mega (million) tons of TNT.

State owner confirmed nuclear weapons is the USA, Russia, United Kingdom (UK), France, China, India and Pakistan. In addition, the state of Israel is believed to have nuclear weapons, although not tested, and Israel was reluctant to confirm whether or not nuclear weapons. See a list of countries with nuclear weapons further.
Form of nuclear bombs dropped on Hiroshima and Nagasaki

Nuclear weapons can now be waged through various ways such as through the bombers, guided missiles, ballistic missiles, and the continental range ballistic missile.

a database containing the latest developments in physics-physics research paper contains beginning of May the three Japanese people who work at the University of Hawaii and the KEK laboratory in Tsukuba, Japan. Spectacular title: Destruction of Nuclear Bombs Using Ultra-High Energy Neutrino Beam or Destruction of Nuclear Bombs Using High Energy Neutrino Beam.

Neutrino particles initially regarded as a ghost because it has no mass and charge. Neutrino was first introduced as a hypothetical particle by Wolfgang Pauli in 1931 because of observed inconsistencies Pauli energy and momentum conservation in radioactive decay.

Pauli said the missing energy and momentum of the process is carried by particles that have no charge and have no mass so it can not be observed by experiment.

Pauli prediction is supported Enrico Fermi, who later developed the theory of radioactive decay that is more comprehensive, which can only be developed with neutrino.

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