1 citations · 2 across the 7 of their papers we have counts for
7 papers
The electromagnetic stress tensor in cubic crystals and amorphous solids
Richard Dengler
The electromagnetic vacuum stress tensor in a system consisting of classical point-like atoms on a cubic lattice is derived directly from the electric field and, alternatively, usi…
The continuum limit of the Poland-Scheraga DNA denaturation model
Richard Dengler
Using a field theory equivalent to a lattice version of the Poland-Scheraga model, the phase diagram for a long DNA molecule is derived in closed form. For the generalized model wi…
Pseudo-RNA with parallel aligned single-strands and periodic base sequence as a new universality class
R. Dengler
We investigate a field theory for RNA-like polymers with periodic base sequence GCGCG..., where only single-strands aligned in the same direction form double strands. The field the…
A detailed field theory for RNA-like molecules with periodic base sequence
Richard Dengler
This work examines a field theory for RNA-like molecules in a good solvent. The field theory is based on a lattice model for single- and double-strand RNA with a periodic base sequ…
Critical phenomena of RNA-like polymers -- a synopsis
R. Dengler
This work examines field theories for RNA-like polymers with single strand and double strand polymers and a periodic base sequence. These field theories originate from lattice mode…
A universality class for RNA-like polymers and double polymers
Richard Dengler
We examine the statistics of conformations of a linear polymer in a solvent. The polymer is allowed to form double polymers. We closely follow a classical technique to derive a fie…
The ABC of scale invariance at the level of action integrals, and the software tool Kanon
Richard Dengler
A central and common aspect of renormalizable field theories is scale invariance of the action integral. This note introduces the software tool \emph{Kanon}, which allows to assemb…