# data[].attributes.body
After Einstein’s death, his equation was found to be the equation of creation. It was scientifically proven that energy could condense back into mass. Obstacles in the initial creation of atomic weapons include needing more energy to derive energy from the nucleus. Szilar hadn't witnessed first hand Nazi terror and discovered the use of a neutron in nuclear fission, and also its chain-reaction quality. —Francesca L.

# data[].attributes.headline
Some of the obstacles faced were trying to figure out much energ

# data[].attributes.subject
Some of the obstacles faced were trying to figure out much energ

# data[].attributes.body
Einsteins equation was being used by the militarys of multiple nations. He as a pacifist wanted to warn his own nation of the threat of a massive bomb, but then his own nation used the same theoretical bomb to harm another nation. It wasnt inicially understood that splitting the atom could result in a self sustaining chain reaction.
- Elliott M.

# data[].attributes.headline
The equation was used to create an Atomic bomb. He was told more energy had to be put in then that came out. 

# data[].attributes.subject
The equation was used to create an Atomic bomb. He was told more energy had to be put in then that came out. 

# data[].attributes.body
It was first used to make the Atomic bomb by setting off a chain reaction with a neutron. The Big Bang was basically the equation in means of creating instead of destroying like the bomb.

# data[].attributes.body
After its confirmation, Einstein's equation was used in the development and creation of an atomic bomb. In the initial research, an obstacle was that more energy was needed to smash an atom than what was released. Additionally, the identical positive charges of the alpha particles were repelling each other. Instead, they used neutrons, with no electric charge. Splitting the atom with neutrons created a self-sustaining chain reaction.   It was the equation of destruction, and after Einstein's death, was found to be the equation of creation.

# data[].attributes.body
After the equation E = MC^2 was confirmed by Lise Meitner, it was able to be used in destroying a whole city. The "theory" of this equation was proved by its experiment. Scilard's "Brain Waves" (1st = Alpha Particle = Postive Charge [changed by neutron] and 2nd = Tiny Bit of Mass = A Lot of Energy) were thought of due to the Paradox, which was that more energy was coming / put in that what was coming out. Reactions were caused by this, and the more and stronger ways that the equation was used, the more that E = MC^2 was harmful to cities and societies.

# data[].attributes.body
Einstein's equation was used to figure out the sun and why it was continuous. It was also used to explain the big bang theory. Obstacles such as it taking more energy to release the energy that would be released. There was also a lot of guilt on Einstein's part.
-Miyonia

# data[].attributes.body
-it was hard to convert this into a bomb
-the ideas had to be rethought (from alpha to beta)
-einstein had to cope with all the lives he inadvertently ended

# data[].attributes.body
Einstein's equation was used to create atomic bombs that were the cause for the end of wars and the death of thousands of people. Before and after his death, it was shown that Einstein's equation was the basis of life and the creation of the universe

# data[].attributes.body
In Einstein's life he only knew his equation as something to be used for destruction in the form of an atomic bomb. After Einstein's death it was theorized that that his equation was the answer to creation and the Big Bang. - alice

# data[].attributes.body
Some ways Einstein's equation was used after his death or even while he was still alive was that obviously the creation of the nuclear bomb, but also there is a chance for the creation of mass instead of destroying it.

# data[].attributes.body
Einstein's equation was used during his lifetime to create the atomic bomb that destroyed Hiroshima. But after his death people realized that E=mc^2 was the basis for the big bang theory and the creation of the universe . The initial application faced a serious obstacle that was, that when trying to split the atom you would need more energy then the bomb would even give off itself. -Zora

# data[].attributes.headline
the main obstacles was that breaking the atom took more energy that it put off. The solution to this was created by Szilard Who found that if you insert a single neutron into uranium it will be able to stick to an atom ( because it does not have a charge and won't be deflected) When the neutron sticks it makes the atoms unstable and it splits. By doing this it also produces another neuron created a chain reaction that can be sustained.

# data[].attributes.subject
the main obstacles was that breaking the atom took more energy that it put off. The solution to this was created by Szilard Who found that if you insert a single neutron into uranium it will be able to stick to an atom ( because it does not have a charge and won't be deflected) When the neutron sticks it makes the atoms unstable and it splits. By doing this it also produces another neuron created a chain reaction that can be sustained.

# data[].attributes.body
by Ruby Paul

# data[].attributes.body
Einsteins equation was used after its confirmation, by Lise Meitner sadly for atomic bombs. Szilar discovered that shooting a Helium atom into the nucleus would repel the Alpha particle to either side. He then discovered that shooting a neutron into the nucleus will cause it to stay for a small amount of time, then split the atom and explode. This will cause a chain reaction of some million Uranium atoms exploding. After Einsteins death, scientist realized that E=mc^2 was used during the big bang, making his discovery an equation of life, instead of distraction.

# data[].attributes.body
After the confirmation of Einstein's equation, E=MC^2, it was used for the creation of the atomic bomb. Leo Szilard went to talk to Einstein about the discovers he had come across while doing his research on how attainable the atomic bomb would be. However, Einstein said that trying to create an atomic bomb would be like trying to shoot a bird in the night, in a town where there are not a lot of birds. It would take more energy to smash an atom than to create one. One of the obstacles that was faced, was Einstein's own regret towards writing a letter to President Roosevelt, urging him to start/order the creation of the Atomic Bomb.

# data[].attributes.body
Obstacles in the initial application of E=MC^2 were that scientists trying to use nuclear energy were using alpha particles which were repelled by the nucleus' positive charge. This caused much more power to be put in than came out. Leo Szilard first realized that nuclear fission occurred best with neutrons that could hit nuclei without being repelled and that a neutron hitting an atom started a self-sustaining chain reaction of the atom splitting, releasing energy, and making two atoms which would  continue the process of nuclear fission.
After it's confirmation, E=MC^2 was used to created nuclear bombs and used on Hiroshima and Nagasaki. After the bomb dropped Einstein saw the destructive power of this equation and campaigned against using E=MC^2 for nuclear weapons. After his death, scientists found that energy could be made into mass and so found that E=MC^2 caused the Big Bang.

# data[].attributes.body
the equation was used to wipe out a whole city in what could have been called "self-defense" (Get the enemy before they get you). it is still used todya

# data[].attributes.body
Some ways einsteins equation was used after is death was tgagv