Quantum theory dictates that upon weakening the two-body interaction in a three-body
system, an infinite number of three-body bound states of a huge spatial extent emerge just …

Structural defects are inherent in solids at a finite temperature, because they diminish free
energies by growing entropy. The arrangement of these defects may display long-range …

We show that classical DNA unzipping transition which is equivalently described by
quantum mechanical localization-delocalization transition in the ground state of non …

The Efimov effect is the only experimentally realized universal phenomenon that exhibits the
renormalization-group limit cycle with the three-body parameter parametrizing a family of …

A simple coarse-grained model of DNA which includes both Watson-Crick and Hoogsteen
base pairing has been used to study the melting and unzipping of triplex DNA. Using …

We consider crystal formation of particles with dipole–dipole interactions that are confined to
move in a one-dimensional helical geometry with their dipole moments oriented along the …

Thermal denaturation of DNA is often studied with coarse-grained models in which native
sequential base pairing is mimicked by the existence of attractive interactions only between …

The force induced unzipping transition of a double stranded DNA is considered from a
purely thermodynamic point of view. This analysis provides us with a set of relations that can …

Both the three-body system and the inverse square potential carry a special significance in
the study of renormalization group limit cycles. In this work, we pursue an exploratory …

We define a generalized model for three-stranded DNA consisting of two chains of one type
and a third chain of a different type. The DNA strands are modeled by random walks on the …