Spontaneous Mirror-Symmetry and appearance of chiral self-assembled superstructures in non-chiral systems represents a fascinating field of contemporary research with potential applications. For long time the formation of helical superstructure was associated with enantiomeric chiral molecules. Later on Pasteur showed that that the racemic mixtures of chiral molecules can resolve spontaneously into two chiral forms. Such deracemization or symmetry breaking in racemic mixtures was observed during crystallization. In recent years interest in mirror-symmetry breaking extended to soft matter systems
Chirality has fascinated scientists for the past two centuries from structural color to origins of l...
In many colloidal systems, an orientationally ordered nematic (N) phase emerges fromthe isotropic (I...
We report insights into the behaviour of achiral bent-core liquid crystals using (a) atomistic model...
Chiral segregation of enantiomers or chiral conformers of achiral molecules during self-assembly in ...
We report an observation of a unique type of spontaneous chiral symmetry breaking in three-dimension...
Chirality, or handedness, is a key concept spanning all fields of natural science, from biology to m...
Chirality, or handedness, is a key concept spanning all fields of natural science, from biology to m...
The introduction of chirality, i.e., the lack of mirror symmetry, has a profound effect on liquid cr...
The so‐called smectic‐Q (SmQ) liquid crystal phase was discovered in 1983 in rod‐like molecules, but...
Helical structures continue to inspire, prompted by examples such as DNA double-helix and alpha-heli...
Funding The work was supported by the National Science Centre (Poland) under the grant no. 2016/22/A...
An achiral compound, DIO, known to exhibit three nematic phases namely N, NX and NF, is studied by p...
Liquid crystals (LCs) represent one of the foundations of modern communication and photonic technolo...
Spontaneous or induced chiral symmetry breaking in achiral systems is unusual and understanding the ...
A number of new states of matter have been reported in recent years for liquid crystal dimers, most ...
Chirality has fascinated scientists for the past two centuries from structural color to origins of l...
In many colloidal systems, an orientationally ordered nematic (N) phase emerges fromthe isotropic (I...
We report insights into the behaviour of achiral bent-core liquid crystals using (a) atomistic model...
Chiral segregation of enantiomers or chiral conformers of achiral molecules during self-assembly in ...
We report an observation of a unique type of spontaneous chiral symmetry breaking in three-dimension...
Chirality, or handedness, is a key concept spanning all fields of natural science, from biology to m...
Chirality, or handedness, is a key concept spanning all fields of natural science, from biology to m...
The introduction of chirality, i.e., the lack of mirror symmetry, has a profound effect on liquid cr...
The so‐called smectic‐Q (SmQ) liquid crystal phase was discovered in 1983 in rod‐like molecules, but...
Helical structures continue to inspire, prompted by examples such as DNA double-helix and alpha-heli...
Funding The work was supported by the National Science Centre (Poland) under the grant no. 2016/22/A...
An achiral compound, DIO, known to exhibit three nematic phases namely N, NX and NF, is studied by p...
Liquid crystals (LCs) represent one of the foundations of modern communication and photonic technolo...
Spontaneous or induced chiral symmetry breaking in achiral systems is unusual and understanding the ...
A number of new states of matter have been reported in recent years for liquid crystal dimers, most ...
Chirality has fascinated scientists for the past two centuries from structural color to origins of l...
In many colloidal systems, an orientationally ordered nematic (N) phase emerges fromthe isotropic (I...
We report insights into the behaviour of achiral bent-core liquid crystals using (a) atomistic model...