Display MoreOr software. The text reads
"As a consequence we had to develop a new analyzing method that could deal with broad range/ large number (> 300) of different lines above background. Doing this manually is possible for a single spectrum and some key lines, but for hundreds (spectra & lines) we had to develop new software."
"As our experiments did show, LENR reactions can be strongly temperature dependent as the downscaling of fusion excess energy finally depends on the terminal coupling with a matching phonon state. So some of the lines we track below are spread over different spectra and temperatures where these are significantly elevated. We most of the time only show the most active single path. For a complete picture one should write more deep exploring software that integrates over all possible decay paths."
The work is still exploratory....as the results were unexpected
Kshells...extinct isotope revived...de novo elements...indium cadmium without a supernova....
and the there is the questions of the oxides... and H*H* formation etc
too early to narrow down anything..
The attempt at complexity is laudable, but all that work could have been applied to… maybe… a signal or two that theory suggests, in order to support such a theory. But if the preferred path is wandering in the rough filling pails with golf balls when one should find their own ball and play on, then continue on…