The discovery of the twist-bend nematic phase (NTB) is a milestone within the field of liquid crystals. The NTB phase has a helical structure, with a repeat length of a few nanometres, and is therefore chiral, even when formed by achiral molecules. The discovery and rush to understand the rich physics of the NTB phase has provided a fresh impetus to the design and characterisation of dimeric and oligomeric liquid crystalline materials. Now, ten years after the discovery of the NTB phase, we review developments in this area, focusing on how molecular features relate to the incidence of this phase, noting the progression from simple symmetrical dimeric materials towards complex oligomers, non-covalently bonded supramolecular systems
In this article we report the first known linear liquid-crystalline hexamer and in doing so demonstr...
The characteristics of the twist-bend nematic (NTB) phase of an achiral asymmetrical rigid bent-core...
Acknowledgements I would like to firstly thank Professor Corrie Imrie for ongoing mentorship, encour...
The twist-bend nematic phase is a recently discovered liquid-crystalline phase that exhibits macrosc...
A state of matter in which molecules show a long-range orientational order and no positional order i...
A state of matter in which molecules show a long-range orientational order and no positional order i...
A state of matter in which molecules show a long-range orientational order and no positional order i...
A state of matter in which molecules show a long-range orientational order and no positional order i...
A state of matter in which molecules show a long-range orientational order and no positional order i...
A state of matter in which molecules show a long-range orientational order and no positional order i...
The twist-bend phase (NTB) is most commonly observed in materials with a gross-bent shape: dimers; b...
Funding The work was supported by the National Science Centre (Poland) under the grant no. 2016/22/A...
Liquid crystalline dimers and dimesogens have attracted significant attention due to their tendency ...
Acknowledgements The FFTEM data were obtained at the (Cryo) TEM facility at the Liquid Crystal Insti...
EG and DP acknowledge the support of the National Science Centre (Poland): (Grant Number 2016/22/A/S...
In this article we report the first known linear liquid-crystalline hexamer and in doing so demonstr...
The characteristics of the twist-bend nematic (NTB) phase of an achiral asymmetrical rigid bent-core...
Acknowledgements I would like to firstly thank Professor Corrie Imrie for ongoing mentorship, encour...
The twist-bend nematic phase is a recently discovered liquid-crystalline phase that exhibits macrosc...
A state of matter in which molecules show a long-range orientational order and no positional order i...
A state of matter in which molecules show a long-range orientational order and no positional order i...
A state of matter in which molecules show a long-range orientational order and no positional order i...
A state of matter in which molecules show a long-range orientational order and no positional order i...
A state of matter in which molecules show a long-range orientational order and no positional order i...
A state of matter in which molecules show a long-range orientational order and no positional order i...
The twist-bend phase (NTB) is most commonly observed in materials with a gross-bent shape: dimers; b...
Funding The work was supported by the National Science Centre (Poland) under the grant no. 2016/22/A...
Liquid crystalline dimers and dimesogens have attracted significant attention due to their tendency ...
Acknowledgements The FFTEM data were obtained at the (Cryo) TEM facility at the Liquid Crystal Insti...
EG and DP acknowledge the support of the National Science Centre (Poland): (Grant Number 2016/22/A/S...
In this article we report the first known linear liquid-crystalline hexamer and in doing so demonstr...
The characteristics of the twist-bend nematic (NTB) phase of an achiral asymmetrical rigid bent-core...
Acknowledgements I would like to firstly thank Professor Corrie Imrie for ongoing mentorship, encour...