Part 2/9:
Number Factoring: This is significant for cryptography, as it may allow quantum computers to break traditional encryption methods.
Quantum Simulation: This function enables accurate real-world simulations of atoms and molecules, offering unmatched insights into chemical processes.
Complex Optimization: Quantum computers can process vast problem spaces, potentially revolutionizing how we train AI by instantly optimizing neural networks.
Unstructured Search: They can efficiently handle unsorted data, significantly improving algorithms for data processing.
Linear Systems: Quantum Computing can solve massive equations, benefiting fields such as physics and engineering.