Quantum circuits often have statistical mixtures of states (meaning there's a classical probability of having any of a set of quantum states). Implementing gates which provide classical noise and produce these mixtures can better match real life applications.
These mixtures would likely need to have a minimum probability or max number of states to prevent exponential blowup of memory usage with the number of applications of these noisy gates.
Quantum circuits often have statistical mixtures of states (meaning there's a classical probability of having any of a set of quantum states). Implementing gates which provide classical noise and produce these mixtures can better match real life applications.
These mixtures would likely need to have a minimum probability or max number of states to prevent exponential blowup of memory usage with the number of applications of these noisy gates.