It comes from the unreasonable effectiveness of quantum electrodynamics. That we predicted a metallic state of hydrogen (a sort of molecular, not atomic, structure) under an extreme corner case (extreme pressure) over 80 years ago (well before it could be experimentally verified) just highlights what I mean.

And I don’t mean to say that neuroscientists are doing shoddy work. Far from it! The brain is a far more complex entity than RNA or a hydrogen atom. The task is MUCH harder! But I am showing that high level of specific, concrete knowledge IS possible in the physical sciences. Memory in the Brain is a physical process as well, but we have only a relatively vague understanding of the specifics of it. We can sequence DNA or RNA accurately with relative ease. We cannot do the same with memories in the brain.

> That we predicted a metallic state of hydrogen

You're missing the point. The idea that the predictions are the same as knowledge illustrates the misunderstanding. We do not know because we cannot prove it. I shouldn't need to get into the reason we produce experimental evidence eg https://www.forbes.com/sites/startswithabang/2019/07/06/ask-... - via the LIGO and Virgo detectors

@Robotbeat isn't the one missing the point here. The incredible accuracy of those predictions serves as a testament to just how well we do understand that particular phenomenon. Now compare to neuroscience, where we struggle to accurately make (by comparison) the most basic of predictions.

> Now compare to neuroscience, where we struggle to accurately make (by comparison) the most basic of predictions.

I'm not addressing the hand wavy nature of the article, which is self-evident. This is irrelevant to the point being discussed.

> This is irrelevant to the point being discussed.

You might want to reread the thread for context. You don't seem to be discussing the same point as the people you're replying to.