 Have you ever played whack-a-mole? That's behavioral contrast, folks. No, seriously, it is. So you got two behaviors that are happening, right? They're functionally on different schedules. Well, if I punish this one, all right, guess what happens to this one? Ooh, it's gonna, so this one's gonna go down, this one's gonna grow up. Why? Well, you could argue for homeostasis, but that's a hypothetical sort of, anyway. The point being that when you have behaviors that are on, oh, I don't know what the term is, a multiple schedule, right? So when behaviors are on a multiple schedule, when you alter one schedule, then the behavior on the other schedule, right, that's attached to it, right, that's on the multiple schedule, this one is gonna go in the opposite direction. So if we reduce this behavior by punishment, this one's gonna go up, right? So, or if we increase this behavior by reinforcement, this one's likely to go down. The end result is kind of a net standard of reinforcement amounts that happen. And by the way, this is a really cool effect that happens not just in humans. It happens across the board. So behavioral contrast, change one behavior, you're gonna get a change in the other behavior in an opposite direction. It's always tight.