Wavefunction hypercomputation, a theoretical framework for computing beyond the limits of conventional computation, can model true quantum shuffle permutation potentials in several ways:
1. Wavefunction superposition: Wavefunction hypercomputation can model the superposition of states in quantum shuffling, allowing for the consideration of all possible permutations of cards simultaneously.
1. Wavefunction superposition: Wavefunction hypercomputation can model the superposition of states in quantum shuffling, allowing for the consideration of all possible permutations of cards simultaneously.