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Now a Hamiltonian, that is a math function that shows the total energy of the system by it combines both kinetic and potential energy. And so that's what that is. So they're using a model of that to add to this quantum system. So when you're used into a feedback system, the Hamiltonian can cancel, strengthen, or even over-crack disturbances caused by the measurement. That is then causing the system to produce trajectories that are a stretch word or toward the diarals of time. And it's just dropping in. And this is in direct keeping with some of the weirdness of quantum mechanics, quantum civics. When you start observing a system, when you start observing a quantum system, and that means you're now getting ready to take a measurement, that alters the outcome of the experiment. Double that split experiment is a very good example of that, where you take that coherent beam of...