Open Access.We predict the possible existence of a new phase of liquid crystals near the nematic-isotropic transition. This phase is an achiral, tilt analogue of the blue phase and is composed of a lattice of double-tilt, escape-configuration cylinders. We discuss the structure and the stability of this phase and provide an estimate of the lattice parameter
We discuss the phase diagram of a concentrated system of rods interacting via a Coulomb potential, a...
We apply a recently developed technique to determine adapted coordinates for the sixth degree Landau...
We have theoretically investigated the growth of the droplets of the nematic phase from supercooled ...
We predict the existence of a new defect-lattice phase near the nematic–smectic-C (NC) transition. T...
We predict the existence of a new defect-lattice phase near the nematic-smectic-C(NC) transition. Th...
Restricted Access.Liquid crystals of disc-like molecules fall into two distinct structural types, th...
Different liquid crystalline phases with long-range orientational but not positional order, so-calle...
Different liquid crystalline phases with long-range orientational but not positional order, so-calle...
We study the static properties of cubic blue phases by numerically minimizing the three-dimensional,...
We use full nematohydrodynamic simulations to study the statics and dynamics of monolayers of choles...
We have analyzed a two-dimensional lattice-gas model of cylindrical molecules which can exhibit four...
We develop a model for the phase transitions of a system of infinitely long, semiflexible chains tha...
We demonstrate that a first order isotropic-to-nematic phase transition in liquid crystals can be su...
In this work, a study of the nematic (N)-isotropic (I) phase transition has been made in a series of...
Molecules that form liquid crystals are usually rod-like, but bend them and a new liquid-crystal pha...
We discuss the phase diagram of a concentrated system of rods interacting via a Coulomb potential, a...
We apply a recently developed technique to determine adapted coordinates for the sixth degree Landau...
We have theoretically investigated the growth of the droplets of the nematic phase from supercooled ...
We predict the existence of a new defect-lattice phase near the nematic–smectic-C (NC) transition. T...
We predict the existence of a new defect-lattice phase near the nematic-smectic-C(NC) transition. Th...
Restricted Access.Liquid crystals of disc-like molecules fall into two distinct structural types, th...
Different liquid crystalline phases with long-range orientational but not positional order, so-calle...
Different liquid crystalline phases with long-range orientational but not positional order, so-calle...
We study the static properties of cubic blue phases by numerically minimizing the three-dimensional,...
We use full nematohydrodynamic simulations to study the statics and dynamics of monolayers of choles...
We have analyzed a two-dimensional lattice-gas model of cylindrical molecules which can exhibit four...
We develop a model for the phase transitions of a system of infinitely long, semiflexible chains tha...
We demonstrate that a first order isotropic-to-nematic phase transition in liquid crystals can be su...
In this work, a study of the nematic (N)-isotropic (I) phase transition has been made in a series of...
Molecules that form liquid crystals are usually rod-like, but bend them and a new liquid-crystal pha...
We discuss the phase diagram of a concentrated system of rods interacting via a Coulomb potential, a...
We apply a recently developed technique to determine adapted coordinates for the sixth degree Landau...
We have theoretically investigated the growth of the droplets of the nematic phase from supercooled ...