Researchers have demonstrated the coexistence of two fundamental quantum phenomena, CHSH nonlocality and KCBS contextuality, within a single quantum state. This achievement is based on a hybrid scenario involving the entanglement of a qubit and a qutrit, where the qutrit enables the KCBS contextuality test and the CHSH nonlocality arises from correlations between the two. The derivation of analytical results for this setup reveals the subtle interplay between these distinct manifestations of quantum mechanics1. By exploring the boundaries of quantum nonlocality and contextuality, this work contributes to a deeper understanding of the underlying principles of quantum computing. The potential implications of this research are significant, as advances in quantum computing continue to challenge traditional assumptions about computation and cryptography. This development matters to practitioners because it sheds light on the complex relationships between quantum phenomena, ultimately informing the design of more secure and efficient quantum computing systems.