Add to ORKGPart eleven of course materials for Nonequilibrium Statistical Physics (Physics 626), taught by Gerhard Müller at the University of Rhode Island. Entries listed in the table of contents, but not shown in the document, exist only in handwritten form. Documents will be updated periodically as more entries become presentable
We study the coherent nonequilibrium dynamics of interacting two-dimensional systems after a quench...
AbstractIn this work we obtain results on the estimates of low Sobolev norms for solutions of some n...
Time discretizations of phase-field systems have been studied. For example, a time discretization an...
A standard treatment of aspects of Legendre polynomials is treated here, including the dipole moment...
This is an introduction to the coherent-state representation of the generating functional of correla...
Part four of course materials for Nonequilibrium Statistical Physics (Physics 626), taught by Gerhar...
One of the unitary forms of the quantum mechanical time evolution operator is given by Cayley's appr...
National audienceWe propose a new method to apply the Lipschitz functional calculus of local Dirichl...
The paper proposes the formulation of problems modeled with the stationary Kolmogorov-Feller equatio...
This thesis deals with the dynamics of systems coupled to an environment. We review the symmetries o...
Self-organized criticality is an elegant explanation of how complex structures emerge and persist th...
We propose a mean-field approach to the Duffing oscillator to construct perturbatively the bounded o...
AbstractIn the present paper the oscillatory properties of the solutions of parabolic equations with...
Consider the Cauchy problem for the non-degenerate Kirchhoff type dissipative wave equations with th...
Instead of usual approach, applying displacement-displacement Green’s functions, the momentum-moment...
We study the coherent nonequilibrium dynamics of interacting two-dimensional systems after a quench...
AbstractIn this work we obtain results on the estimates of low Sobolev norms for solutions of some n...
Time discretizations of phase-field systems have been studied. For example, a time discretization an...
A standard treatment of aspects of Legendre polynomials is treated here, including the dipole moment...
This is an introduction to the coherent-state representation of the generating functional of correla...
Part four of course materials for Nonequilibrium Statistical Physics (Physics 626), taught by Gerhar...
One of the unitary forms of the quantum mechanical time evolution operator is given by Cayley's appr...
National audienceWe propose a new method to apply the Lipschitz functional calculus of local Dirichl...
The paper proposes the formulation of problems modeled with the stationary Kolmogorov-Feller equatio...
This thesis deals with the dynamics of systems coupled to an environment. We review the symmetries o...
Self-organized criticality is an elegant explanation of how complex structures emerge and persist th...
We propose a mean-field approach to the Duffing oscillator to construct perturbatively the bounded o...
AbstractIn the present paper the oscillatory properties of the solutions of parabolic equations with...
Consider the Cauchy problem for the non-degenerate Kirchhoff type dissipative wave equations with th...
Instead of usual approach, applying displacement-displacement Green’s functions, the momentum-moment...
We study the coherent nonequilibrium dynamics of interacting two-dimensional systems after a quench...
AbstractIn this work we obtain results on the estimates of low Sobolev norms for solutions of some n...
Time discretizations of phase-field systems have been studied. For example, a time discretization an...