For example, quantum computers can rapidly simulate molecules and chemical reactions, discovering new drugs and materials with exceptional properties.
Classical computers only have the power to simulate phenomena based on classical physics, making it more difficult or slower to solve problems that rely on quantum phenomena. This is where the true importance of quantum computers lies. Since quantum computers are based on qubits, they can solve challenging problems using classical computers and revolutionize many industries. For example, quantum computers can rapidly simulate molecules and chemical reactions, discovering new drugs and materials with exceptional properties.