Liquid crystalline systems exhibiting both macroscopic chirality and smectic order experience frustration resulting in mesophases possessing complex three-dimensional order. In the twist-grainboundary phase, defect lattices mediate the propagation of twist throughout the system. We propose a new chiral smectic structure composed of a lattice of chiral bundles as a model of the helical nanofilament (B4) phase of bent-core smectics
It is demonstrated that interactions between nanoparticles and topological defects induce a twist-gr...
I describe new phases of a chiral liquid crystal with nematic and hexatic order. I find a conical ph...
Chirality, or handedness, is a key concept spanning all fields of natural science, from biology to m...
Liquid crystalline systems exhibiting both macroscopic chirality and smectic order experience frustr...
Frustration is a powerful mechanism in condensed matter systems, driving both order and complexity. ...
Nonlinear elastic phenomena appear time and again in the world around us. This work considers two se...
Nonlinear elastic phenomena appear time and again in the world around us. This work considers two se...
Funding Information: National Science Centre (Poland) under the grant no. 2016/22/A/ST5/00319. Speci...
The so-called smectic-Q (SmQ) liquid crystal phase was discovered in 1983 in rod-like molecules, but...
The range of possible morphologies for bent‐core B4 phase liquid crystals has recently expanded from...
We report an observation of a unique type of spontaneous chiral symmetry breaking in three-dimension...
Chiral symmetry breaking in soft matter is a hot topic of current research. Recently, such a phenome...
A structural analysis of the so-called smectic Q mesophase was performed on nine different chiral co...
The nematic twist-bend (NTB) phase, exhibited by certain thermotropic liquid crystalline (LC) dimers...
Helical structures continue to inspire, prompted by examples such as DNA double-helix and alpha-heli...
It is demonstrated that interactions between nanoparticles and topological defects induce a twist-gr...
I describe new phases of a chiral liquid crystal with nematic and hexatic order. I find a conical ph...
Chirality, or handedness, is a key concept spanning all fields of natural science, from biology to m...
Liquid crystalline systems exhibiting both macroscopic chirality and smectic order experience frustr...
Frustration is a powerful mechanism in condensed matter systems, driving both order and complexity. ...
Nonlinear elastic phenomena appear time and again in the world around us. This work considers two se...
Nonlinear elastic phenomena appear time and again in the world around us. This work considers two se...
Funding Information: National Science Centre (Poland) under the grant no. 2016/22/A/ST5/00319. Speci...
The so-called smectic-Q (SmQ) liquid crystal phase was discovered in 1983 in rod-like molecules, but...
The range of possible morphologies for bent‐core B4 phase liquid crystals has recently expanded from...
We report an observation of a unique type of spontaneous chiral symmetry breaking in three-dimension...
Chiral symmetry breaking in soft matter is a hot topic of current research. Recently, such a phenome...
A structural analysis of the so-called smectic Q mesophase was performed on nine different chiral co...
The nematic twist-bend (NTB) phase, exhibited by certain thermotropic liquid crystalline (LC) dimers...
Helical structures continue to inspire, prompted by examples such as DNA double-helix and alpha-heli...
It is demonstrated that interactions between nanoparticles and topological defects induce a twist-gr...
I describe new phases of a chiral liquid crystal with nematic and hexatic order. I find a conical ph...
Chirality, or handedness, is a key concept spanning all fields of natural science, from biology to m...