QuoteI also find hypocrisy in what the skeptics say. They claim the believers are fixed on a conclusion while they themselves are not aware they also have a fixed viewpoint. They assume that only they have an open mind and can correctly evaluate the experimental information. Never-mind, they probably never used a calorimeter and have no experience in the lab.
Actually, as a skeptic myself, I assume we all have prejudices and are liable to wrong judgements. The context here is that LENR is extraordinary and makes no useful definite predictions (except the He/heat correlation).
Josh and I both have said that secure He production evidence would be a game changer. A sure sign of something nuclear. If the effect is real that will be easy to find, more heat => more He. Easy then to get conclusive well above possible contamination levels. You know this logic is unbreakable.
If there is no such He production then we will not see consistent above local air measurement He concentration. We will not see He in Pd rod above initial levels (Josh's suggestion) etc.
Skeptics here are less fixed, because one positive experiment would chnage their judgment from "almost certain no" to "wow, something here is very interesting, let us check.
Believers are not changed by any evidence (as far as I know). If He experiments don't pan out I'd bet you will find excuses for it? the thing is, it is always pretty easy to find excuses for LENR when the mechanism is unknown. That is what makes it inherently weak, and means the skeptics are right to need strong evidence.
That and the hydra issue, which is subtle but crucial. Correlated results do not necessarily mean anything more than correlated selection of systematic errors.