No, but it confirmed that to the limit of what the
Standard Model of Particle Physics is capable of doing, it does it reliably and accurately--and there's the rub*.
The Higgs Boson, prior to the experimental confirmation of its existence in the real world, was predicted solely as a consequence of the math that produced the Standard Model. Basically, the math said it had to be there and when they looked, sure enough, they found it.
*That's really the crux of the problem. We've found pretty much everything the Standard Model can predict, and while it's been a spectacular success, it is well known that it's not a complete picture of the universe. There are open questions it cannot answer and it gives no hint of where to go from here.
The result is that physicists know there are questions they can't answer because they lack a theoretical framework around which to help figure out where to look for new experimental results. Right now they're taking educated guesses on a trial and error basis and mostly striking out badly--at least as far as I understand.