Why is Dynamical Decoupling Important in Nanotechnology?
The stability of quantum states is a significant challenge in nanotechnology. Quantum systems are highly sensitive to their environments, which can lead to rapid decoherence. This sensitivity can undermine the functionality of nanoscale devices, especially those relying on quantum mechanics. Dynamical decoupling provides a method to mitigate these effects, extending the coherence time and improving the reliability of quantum-based nanoscale devices.
