Renormalization group techniques applied to non-stabilizerness

Stabilizer states are quantum states that can be generated from the computational basis using Pauli operations and Clifford gates. While they are highly effective at creating quantum entanglement, they do not provide quantum supremacy. To quantify the amount of non-stabilizerness in various spin Hamiltonians, we will compute the Stabilizer Rényi Entropies using real-space renormalization group techniques.