Nick Dooley

Try and touch the positives together instead of the positive and negative, you know, it's like, Oh, you can't do that.

And I was like, Oh, this, this makes total sense for how it would cushion everything out.

And, you know,

repel and go back because of opera the polar opposites you know touching and it's like oh no this is going to shove everything back now that is brilliant and then uh i know that when you first started talking about it you you've actually done this and added you know the coils to it to make it generate electricity too yes yeah well you know that's another thing i was seeing uh

Yeah, there's a lot of that because I know that joules is generally not something that a lot of people start to look at or kind of understand.

Well, joules is kind of the standard that everything else in the world runs on.

Because people talk about instead of horsepower, it's how many joules of energy an engine puts out.

It's the baseline for how a lot of things are going through.

But if this was coupled with some of the optics, like some of the solar-powered optics and stuff like that, it's as it moves through, anytime you're moving...

even theoretically just carrying your gun it will have that little bit of movement as it goes through and kind of be continuously charging and adding just a little bit to go through to add as those things went through and it's it's super interesting and neat to see like it might not be the yeah it's the next advancement on the battlefield like this is awesome but it's hey there's potential here why are we not looking at it yeah

I wanted to mention the fact that you looked at generating electricity with it, which is pretty rad, honestly, on top of just doing the recoil mitigation, because there's a handful of things that we'll be going through with, like you said, your kind of war on springs, which I know that we already talked a little bit about suppression and stuff like that earlier, but

if you're not running a spring, you will not get the sproing sound from the buffer.

So it'll actually be a lot quieter for suppression as it goes through, because you won't have that extra added noise coming from the springs moving in the, uh, in the buffer tube.

So as everything moves through, it would be a quieter action and a quieter running, uh, system.

Yeah.

And like, this is explaining how it works because it's not quite like, it's a, it's an interesting theory on how magnetic fields work because like my brain instantly tries to go into like fluid dynamics mode and I'm like, Oh, let me explain.

And I'm like, but it's different because it's how, you know, magnets work different, you know, with like, it's, it's not quite.

magneto hydrodynamics, but it's close to it.

And, uh, but you're not pushing it through a different fluid.

And I am just super excited to do one of these.