Error Correction Protocols:

APPLY H ON Q[1];
APPLY CNOT Q[1], Q[2];
Syntax Design:
Initialization: INIT |ψ> AS Q[n]
Gates:

APPLY H ON Q[1];
APPLY CNOT Q[1], Q[2];
Measurement: MEASURE Q[1] TO CLASSICAL[C1]
Conditional Execution:

IF CLASSICAL[C1] = 1 THEN APPLY X ON Q[2];
Loops and Modularity:

FOR EACH QUBIT Q[i] IN QUBITS DO APPLY H ON Q[i];
MODULE MyQuantumSubroutine { ... }
Innovative Commands:
AI-Specific: APPLY TRAIN_MODEL [Q1 TO Q10]
Data Processing: APPLY QUANTUM_FFT Q[1 TO 16]

Part 3: Advanced Features
Error Correction Protocols:
Built-in Shor and Surface Code error correction.
Syntax: 
APPLY ERROR_CORRECTION Q[1 TO 9];

Quantum Workflow Automation:

Auto-generation for optimization:
AUTO_GENERATE Q[1 TO 256] AS ENTANGLED;

Quantum-Classical Integration:


Hybrid Variational Quantum Eigensolver (VQE):

VARIATIONAL_ALGO VQE[H] USING CLASSICAL[OPTIMIZER];
ENCODE DATASET[1] TO QUBITS;
APPLY QNN MODEL[1];
SEARCH DATABASE[Q1 TO QN] USING GROVER;
AUTO_OPTIMIZE QUBITS[1 TO 128];
LIBRARY AI256 TO QUBITS[100];

COMPILE TARGET[QISKIT] WITH ERROR_CORRECTION;

OBSERVE PROBABILITIES FOR Q[1 TO 5];