Several techniques are employed to achieve quantum control, including:
Laser Pulses: Tailored laser pulses can be used to manipulate the states of quantum particles, enabling precise control over their dynamics. Magnetic Fields: Magnetic fields can be applied to influence the spin states of electrons and nuclei, which is important for quantum computing and sensing. Optical Traps: These use focused laser beams to trap and manipulate nanoparticles, allowing for precise positioning and control. Quantum Feedback Control: This involves real-time adjustments based on the measurement of a quantum system's state, enabling dynamic control.
