Dynamics of quantum measurement via electron transport in quantum dot systems: many-particle wavefunction approach
This work uses a many-particle wavefunction approach to rigorously describe quantum measurement via electron transport in quantum dots. It provides a method to treat the transition between coherent and incoherent tunneling regimes without relying on phenomenological models. The analysis yields specific equations for noise power spectra and qubit dynamics, revealing novel asymmetries in measurement apparatus noise.