There is a reason why in courts of law, experts that are called on to testify over facts in front of people who are not experts on the fact have to bring their curriculum vitae and their resume and provide sources to prove how they are experts in this field.

Because I know I can talk about just about any topic and sound like I know what I'm talking about when I really don't and if I can do it I'm willing to bet half the rest of the world could do it too.

I would love to actually see debates between experts in the field on topics that I know little about but I don't know a good place to find that kind of quality content.

Like here's a good one, how does magnetism work?

Like, I'm cut above some people in that I understand that it has to do with the field alignments of the electrons in ferromagnetic particles, and how when those particles are in the correct alignment the electromagnetic fields of each individual atom end up amplifying each other, standing on the shoulders of giants, one wave sitting on top of another wave sitting on top of another wave where their peaks keep adding up.

Great. I got that much.

But what is it about that that causes them to draw one another together? What is it about them that causes them to induce electron movement and electromagnetic braking force in semi-ferromagnetic materials? I don't know. I would love to hear experts tell me the things that I don't know about and to tell me where the current points of disagreement are based on the best measurements that we've been able to take so far but I do not know where to go to find that information.