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And one theory on how rogue waves develop is based on modulation and stability. And the theory doesn't really give a proper description of wave creation on open sea. It works great for showing how large waves happen in narrow channels. So if you're looking at a narrow channel, a wave makes a way into the channel, they're forcing along in one direction, and those in the rear are pushed forward, and some tend to climb up over others piling up a long way and increasing the wave height. This is repeater station Kilo K7, November Quebec November 10th. That begins to resemble a rogue wave. In wide open spaces the effect doesn't apply. Therefore, modulation and stability breaks down without the defiance of a neural space. So if you have narrow areas or passages where oceans are feeding into gulf things like this, yes, you might get modulation and stability there, but out in the open ocean, no. So on the open sea, new research suggests that rogue waves develop because of constructive interference. When two or more waves line up and they combine, their amplitude and height is increased, like radio waves or standing waves, things like that. These rogue waves form when many smaller waves line up and their speaker crests stack up into a brief massive wave. In the ocean, there's a limit. There's actually a limit to how big a wave can actually grow, and this is due to the tube breaking. Just not big.