Quote:
Originally Posted by paul schroeder
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[snip]
How do paeps 'strik[e] nuclei just right'?
As fusion is essentially the merging of 2 hydrogen atoms, pushing two nuclei together may be by the simultaneous hitting of 2 nearby nuclei by 2 separate paeps.
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As you know, modern physics accounts for fusion extremely well, with a fundamentally very simple theory called QCD.
What aspects of fusion, within mainstream physics, are not explained, in terms of detailed, quantitative matches between theory and the entire set of good observational and experimental results? In other words, what is the complete set of gaps, wrt fusion, where 'paeps striking nuclei just right' may add explanatory value?
How, in principle, could your ATM idea about 'paeps striking nuclei just right' in (hydrogen) fusion be tested?
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When will you be answering all the other direct, pertinent questions about your ATM idea(s), as presented?