ruanmolgero/quantum-gate-decompositions: Corrected Artifact for Paper Submission

Source Code and Artifacts for Paper Submission This release contains the exact version of the source code and validation scripts associated with our paper on quantum gate decompositions. Paper Title: Native Gatesets and Gate Decompositions: A Study on Current Quantum Processors Original Title (PT-BR): Conjuntos de Portas Nativos e Decomposições de Portas: Um Estudo sobre Processadores Quânticos Atuais Authors: Ruan Luiz Molgero Lopes, Eduardo Lussi, Evandro Chagas Ribeiro da Rosa, Jerusa Marchi (Quantum Computing Group - GCQ, UFSC) What's included in this release Source code for the algebraic decompositions of universal logic gates (U3) and entanglement operations (CNOT). Implementations mapped to the native gatesets of three major architectures: IBM (Superconducting circuits: $R_z$, $SX$, $X$, $CZ$, $R_{zz}$, $ECR$) Rigetti (Superconducting circuits: $R_x$, $R_z$, $iSWAP$) IonQ (Trapped ions: $GPi$, $GPi2$, $MS$) Scripts used for the theoretical validation of the translated quantum circuits. Context These artifacts provide the mathematical and algorithmic foundation designed for future integration into the Ket quantum programming platform compiler. The goal is to expand the platform's execution capabilities, ensuring hardware-agnostic quantum algorithm development. Notes This codebase represents the state of the project at the time of the initial paper submission.