class QuantumPurrEngine implements IQuantumComputer {
    private qubits: QuantumCat[] = [];
    private entangledStates = new Map<string, QuantumState>();

    constructor(numCats: number = 9) {
        this.initializeQubits(numCats);
    }

    async computeQuantumState(): Promise<QuantumResult> {
        return new Promise(resolve => {
            this.qubits.forEach(cat => {
                // Schrödinger's cat state initialization
                cat.superposition = Math.random() > 0.5
                    ? State.SLEEPING | State.AWAKE
                    : State.PLAYING | State.IGNORING;

                // Quantum entanglement via purring
                this.entangle(cat);
            });

            resolve(this.collapseWaveFunction());
        });
    }

    private entangle(cat: QuantumCat): void {
        // Purr-based quantum entanglement
        const frequency = cat.getPurrFrequency();
        const state = new QuantumState(frequency);
        this.entangledStates.set(cat.id, state);
    }
}