![]() Tech & Science Explosions Bomb Physics CERN Two teeny tiny particles can theoretically collide to create a "quarksplosion" with eight times more energy than the reaction that powers hydrogen bombs. That being said, there are H-bombs that are quite a bit more powerful than is tactically useful. A Hydrogen bomb is a much more powerful atomic weapon. a bomb whose explosive force comes from a chain reaction based on nuclear fission in U-235 or plutonium. The difference between thermonuclear bombs and fission bombs begins at the atomic level. Bernard Hoffman-The LIFE Picture Collection/Getty Images What's the difference between hydrogen bombs and atomic bombs? What Is More Powerful Than The Hydrogen Bomb?Subscribe To Life's Biggest Questions: Our Merch: bombs. A nuclear bomb is stronger than an atomic bomb. The United States tested a hydrogen bomb at Bikini Atoll in 1954 that was over 1,000 times more powerful than the atomic bomb dropped on Hiroshima in 1945. The world's most powerful nuke ever created was the Tsar Bomba. And at the core of this cylinder sits a rod of plutonium. It sounds crazy to say, but the reason is a hydrogen or thermonuclear weapon is more powerful than a simple fission bomb because it is capable of producing more energy. From what I understand these types of reactors that have been built have so far all required more energy to get started than they produce, and keeping them going in a sustained reaction hasn't happened as far as I'm aware.An atomic bomb uses either uranium or plutonium and. Creating a run away reaction in a bomb is easy (relatively speaking) to do, keeping the temps and pressured required to keep this kind of reaction going in a controlled manner, as to produce electricity has so far been very challenging for science. This produces even more energy than fission. In doing so energy is created when the new element is created, this is the type of reaction happening in the cores of starts like our sun. ![]() Where wit fission large atoms are broken a part to release energy, with fission much smaller atom are smashed together to create heavier elements. The type of nuclear reaction that uses hydrogen is called fusion. In a power plant this reaction is controlled so that never is there too much energy being produced, so that the core of the fissile material never gets too hot (read about Chernobyl and Three Mile Island if you'd like to see what happens when things go wrong). The nuclear bonds that held the large nucleus of the uranium or plutonium hold a lot of energy, much more than chemical reactions like that used in the space shuttle engines. ![]() Large and heavy atoms of uranium or plutonium break down into smaller atoms. Uranium reactors and uranium/plutonium bombs use a type of nuclear reaction called fission. The water produced is still made of elemental oxygen and hydrogen, just combined to form the new compound. The air in the balloon being pushed out the 'nozzle' propel the balloon through the air. Think of blowing up a balloon, not tying it and releasing it. The space shuttle uses a chemical reaction, the elements hydrogen and oxygen burn and expand / heat up tremendously and are then forced out the nozzle creating thrust.
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