Originally posted by Jon Miller
I wasn't saying that special relativity wasn't used. I was just saying that it wasn't the theory that enabled atomic weapons.
It's like saying that automobiles are an application made possible with advancements in rubber. Sure, those advancements are nice, but automobiles are an application of the advancements in combustion.
This saying that $E = MC^{2}$ is responsible for the atomic bomb is just silly nonsense.
Jon Miller
I wasn't saying that special relativity wasn't used. I was just saying that it wasn't the theory that enabled atomic weapons.
It's like saying that automobiles are an application made possible with advancements in rubber. Sure, those advancements are nice, but automobiles are an application of the advancements in combustion.
This saying that $E = MC^{2}$ is responsible for the atomic bomb is just silly nonsense.
Jon Miller
As far as I know, there was a LOT of theoretical work\calculations done before actually building actual bombs.
Would it be possible to make the nec. calculations without SR?
A car can work (and did work) before rubber, but I thought that mass-energy equivalence was key in many of the necessary calculations in the Manhattan project.
I mean the main idea is that you need a reaction that produces more Neutron that it needs, on average, to get a chain reaction.
I guess you don't need for SR for this.
But without SR, you would be very in the dark about many important details no?
In any case, this isn't that relevant to my initial point.
I even said the atomic bomb was ARGUABLY the first practical application.
What would you consider the first such application then JM?
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