Undergrad Calculating conditions necessary for nuclear fusion

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The discussion focuses on the calculation of conditions necessary for nuclear fusion, specifically regarding the probability of certain atoms fusing under specific conditions. It highlights the importance of the quantum tunneling effect, which allows fusion to occur in the Sun despite theoretical predictions. The Gamow factor is identified as a key concept in determining the likelihood of atoms overcoming the fusion barrier. Participants express interest in how to calculate the required pressure and temperature for specific fusion reactions, such as carbon-12 and hydrogen-1. Understanding these factors is crucial for advancing nuclear fusion research.
PlanetGazer8350
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I would like to know if there is any formula for calculating the necessary conditions for certain elements to undergo nuclear fusion. I know that before the quantum tunnel effect was proposed, theoretically nuclear fusion reactions shouldn't occur in the Sun; with the increasing energy (affected by pressure, etc.), is there a way to find out the probability of x number of atoms crossing the 'barrier', to undergo nuclear fusion, given, i.e: z number of atoms?

For example, can you find out the conditions (pressure, temperature, etc.) necessary for having (this is just an example) 5 atoms of carbon-12, from 100 of them, of fusing with 5 atoms of hydrogen-1, from another 100?
 
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PlanetGazer8350 said:
theoretically nuclear fusion reactions shouldn't occur in the Sun
That is only true if you use wrong theories.
PlanetGazer8350 said:
is there a way to find out the probability of x number of atoms crossing the 'barrier', to undergo nuclear fusion, given, i.e: z number of atoms?
Sure. Gamow factor is the keyword here.
 
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