Abstract The driven Liouville von Neumann approach is a method to computationally
explore electron dynamics and transport in nanoscale systems. It does so by imposing open …

There are various research strategies used for non-Hermitian systems, which typically
involve introducing non-Hermitian terms to preexisting Hermitian Hamiltonians. It can be …

The conceptual analysis of quantum mechanics brings to light that a theory inherently
consistent with observations should be able to describe both quantum and classical …

Mixed quantum-classical dynamics provides an efficient way of simulating the dynamics of
quantum subsystems coupled to many-body environments. Many processes, including …

Light–matter coupling strength and optical loss are two key physical quantities in cavity
quantum electrodynamics (CQED), and their interplay determines whether light–matter …

We report the step-by-step construction of the exact, closed and explicit expression for the
evolution operator U (t) of a localized and isolated qubit in an arbitrary time-dependent field …

The investigation of quantum–classical correspondence may lead to gaining a deeper
understanding of the classical limit of quantum theory. I have developed a quantum …

Jung and Pauli found a link between the psyche and quantum mechanics by formulating the
idea of Synchronicity. Synchronicity provides a conceptual acausal framework for both …

Non-Hermitian systems have attracted considerable interest in recent years owing to their
unique topological properties that are absent in Hermitian systems. While such properties …

Clinical psychology represents a complex science deriving from different forms of
knowledge (Benjamin, 2023; Davey, 2021; Lo Coco et al., 2022). Its multidisciplinary roots …