Maybe you can post some examples for such arguments.
I can see Brad's post from my email alert. His saying I could not take the heat is false. What really happened is I debunked his arguments, so he simply repeated them ad nauseam in a manner similar to propaganda. Part of his technique was to quote respected authors out of context so they seemed to support his position. Some of those authors were also simply incorrect or only partially correct.
On that last bit let me show an example of how a respected study can botch things up. Back in the 1960s there were a number of studies about the limitations of LP recordings. You can find them easily enough, especially if you hang out on pro-digital sites like Hydrogen. The problem, if you actually master LPs and know the theory behind them, is that most of the distortion of the LP occurs in playback, not record; LPs are actually quite low in distortion. If you look at those studies very little text is given to the provenance of the testing done in the study, for example the arm used, the cartridge used, how well the arm was set up, how well the phono section responded to tracking noise and other artifacts outside the audio band and so on. In addition, I think we can all agree that tonearms and cartridges were rather crude compared to what is available now, but those studies still get attention is if they are the real thing.
So one of Brad's arguments was about how harmonics generated by an amp should have an exponential decay as the order of the harmonic is increased. IIRC he mentioned Hiraga and Cheever (both respected authors). For best sound this is true. However, what he couldn't handle was the fact that there's
always an exponent when there is an exponential curve. SETs produce, if properly set up, an exponential decay of harmonics based on a quadratic function (see Crowhurst and Putzeys' writings). But you can have an exponential decay based on a
cubic function too, which occurs if the circuit is fully balanced. The latter is much lower distortion with higher ordered harmonics at a much lower level...