Display MoreEveryone knows that the mass spectrometer must have sufficient resolution to separate these two. Every researcher addresses this. If this particular paper does not, you can be sure others from these authors do. As Ed points out, you are saying that experts do not know the fundamentals, and they make mistakes that only an undergraduate would make.
Coherence is a matter of your opinion, based on your ideas about theory. Cold fusion cannot yet be explained by theory. It is an experimental claim. The tritium is real. That is an experimentally proven fact. You have found no reason to doubt the tritium, or for that matter the heat, or helium. A reason can only be an error in the experimental technique or the instruments. The fact that you find it incoherent is not a valid reason to dismiss experimentally proven facts. Your personal ideas about theory do not overrule instrument readings.
The tritium does not have to "explain" anything. It exists. That is an irrefutable fact. You can confirm it in this paper, or in dozens of other papers. Tritium can only be the product of a nuclear reaction. Therefore, cold fusion is a nuclear reaction.
What you, or I, or anyone says about theory or coherence can never be a reason to reject replicated, high sigma experimental results. That is fundamental to the scientific method.
Indeed. Theory is a red herring in the context of this exchange, which is about the interpretation and identification of experimental error in a specific experimental result.
I think (hope) that I've now addressed THH's concerns re: the helium result, which only leaves his concern re: the shape of the tritium energy spectrum. His other point (#4 at post #1666) is not really addressable unless a specific mechanism is identified.
THHuxleynew is there any other criticism of / concern about the paper that I've missed?