Add to ORKGThe dynamics of a particle under damping could be generally derived by reappraisal of the relativistic aspects in the variational analysis of Lagrangian mechanics. The radiation damping force covariantly obtained from the general result is free from the shortcomings usually encountered in electrodynamics. The force characteristically evolves in a dynamic tetrad space having one base vector distinguishably non-local attributing to the matter-wave property in quantum mechanics. The meaning of the classically formulated world path with the quantum flavor is revealed
The interaction between a plane wave and a classical charged particle is reviewed in this paper. A m...
The problem of a colour-charged point particle interacting with a four-dimensional Yang–Mills gauge ...
We set up and analyze a model of radiation damping within the framework of continuum mechanics, insp...
Inspired in some works about quantization of dissipative systems, in particular of the damped harmon...
In the context of electromagnetism and nonlinear optical interactions, damping is generally introduc...
The interaction between matter and fields is a classical problem. Still there are difficulties. Time...
We develop a nonrelativistic formulation for the quantum dynamics of an electron coupled to its own ...
In previous work the authors have analysed the global properties of an approximate model of radiatio...
A quasi-classical method is developed to calculate the radiation damping of a relativistic particle ...
We report on preliminary investigations, of numerical and analytical character, on the dynamical pro...
We report on preliminary investigations, of numerical and analytical character, on the dynamical pro...
Abstract. Consider the dynamics of charged matter interacting with the Maxwell field. If its initial...
A quasi-classical method is developed to calculate the radiation damping of a relativistic particle ...
A new approach to theoretical physics, along with the basic formulation of a new MICROSCOPIC MECHANI...
The study of the evolution of the dynamics of a massive or massless particle shows that in special r...
The interaction between a plane wave and a classical charged particle is reviewed in this paper. A m...
The problem of a colour-charged point particle interacting with a four-dimensional Yang–Mills gauge ...
We set up and analyze a model of radiation damping within the framework of continuum mechanics, insp...
Inspired in some works about quantization of dissipative systems, in particular of the damped harmon...
In the context of electromagnetism and nonlinear optical interactions, damping is generally introduc...
The interaction between matter and fields is a classical problem. Still there are difficulties. Time...
We develop a nonrelativistic formulation for the quantum dynamics of an electron coupled to its own ...
In previous work the authors have analysed the global properties of an approximate model of radiatio...
A quasi-classical method is developed to calculate the radiation damping of a relativistic particle ...
We report on preliminary investigations, of numerical and analytical character, on the dynamical pro...
We report on preliminary investigations, of numerical and analytical character, on the dynamical pro...
Abstract. Consider the dynamics of charged matter interacting with the Maxwell field. If its initial...
A quasi-classical method is developed to calculate the radiation damping of a relativistic particle ...
A new approach to theoretical physics, along with the basic formulation of a new MICROSCOPIC MECHANI...
The study of the evolution of the dynamics of a massive or massless particle shows that in special r...
The interaction between a plane wave and a classical charged particle is reviewed in this paper. A m...
The problem of a colour-charged point particle interacting with a four-dimensional Yang–Mills gauge ...
We set up and analyze a model of radiation damping within the framework of continuum mechanics, insp...