The first unified treatment of experimental and theoreticaladvances in low-temperature
chemistry Chemical Dynamics at LowTemperatures is a landmark publication. For the first …

In classical dynamics the second law of motion is used both as a definition of the force and
also as the equation for predicting the position and the momentum of the particle as a …

Quantum tunneling is formulated in terms of the time evolution of a localized state and thus
shown to be dependent upon the eigenspectrum of the system Hamiltonian. A number of …

Some one-dimensional dissipative systems can be found to admit canonical-quantization
procedure, contrary to opinions expressed occassionally in the literature. Also, a natural way …

We deal with the motion of a charged particle in a constant magnetic field when immersed in
a medium that exerts some type of friction. We analyse the problem classically and also …

Certain phenomenological equations of dissipative quantum theory such as the Caldirola-
Kanai equation or Kostin's nonlinear Schrödinger-Langevin equation are considered in the …

Electromagnetic interactions of a single charged particle in the presence of damping are
investigated theoretically in this work. Classically, by considering the explicit example of a …

Using Schrödinger's quantization method, the Hamiltonian of a particle moving in a one-
dimensional dissipative medium is quantized in a box of length L and at first order on …

We propose a method of determining quantum evolution equations for dissipative systems.
Our approach is based on the observations that (1) the equations of quantum mechanics for …

We show that the wave function of a coupled quantum system may factorize for certain
coupling operators, resulting in wave functions and effective nonlinear Hamiltonians for the …