Computer simulations indicate that many forms of liquid crystalline order in lyotropic systems may be due to simple excluded volume effects. Yet, there is more to liquid crystalline ordering than simple hard-core repulsion. In order to understand liquid crystalline order in supra-molecular systems one must consider the effect of molecular flexibility. I shall discuss some recent developments that appear to open the way to a systematic study of the phase behavior of semi-flexible molecules
Molecular dynamics and Monte Carlo simulations are used to study ferroelectric liquid crystals. The...
We report on a comprehensive computer simulation study of the liquid-crystal phase behaviour of pure...
A liquid crystal (LC) is a substance that exhibits phases intermediate between a crystal and a diso...
Computer simulations indicate that many forms of liquid crystalline order in lyotropic systems may b...
Over the last decade, the availability of computer time, together with new algorithms capable of exp...
Molecular simulations provide an increasingly useful insight into the static and dynamic characteris...
Suggested mechanisms responsible for liquid-crystalline ordering include non-spherical excluded volu...
Suggested mechanisms responsible for liquid-crystalline ordering include non-spherical excluded volu...
Monte Carlo simulations were performed in the NPT ensemble and in an expanded version of the Gibbs e...
Computer simulations have gone a long way from simple lattice models and have started to provide a d...
Restricted Access.Liquid crystals of disc-like molecules fall into two distinct structural types, th...
A molecular statistical theory of the smectic A phase is developed taking into account specific inte...
A coarse-grained simulation model for a third generation liquid crystalline dendrimer (LCDr) is pres...
Liquid crystals exhibit orientation-dependent phases ranging from a disordered (isotropic) phase to ...
This paper has allowed me the rare opportunity and pleasure of acknowledging those who have played i...
Molecular dynamics and Monte Carlo simulations are used to study ferroelectric liquid crystals. The...
We report on a comprehensive computer simulation study of the liquid-crystal phase behaviour of pure...
A liquid crystal (LC) is a substance that exhibits phases intermediate between a crystal and a diso...
Computer simulations indicate that many forms of liquid crystalline order in lyotropic systems may b...
Over the last decade, the availability of computer time, together with new algorithms capable of exp...
Molecular simulations provide an increasingly useful insight into the static and dynamic characteris...
Suggested mechanisms responsible for liquid-crystalline ordering include non-spherical excluded volu...
Suggested mechanisms responsible for liquid-crystalline ordering include non-spherical excluded volu...
Monte Carlo simulations were performed in the NPT ensemble and in an expanded version of the Gibbs e...
Computer simulations have gone a long way from simple lattice models and have started to provide a d...
Restricted Access.Liquid crystals of disc-like molecules fall into two distinct structural types, th...
A molecular statistical theory of the smectic A phase is developed taking into account specific inte...
A coarse-grained simulation model for a third generation liquid crystalline dendrimer (LCDr) is pres...
Liquid crystals exhibit orientation-dependent phases ranging from a disordered (isotropic) phase to ...
This paper has allowed me the rare opportunity and pleasure of acknowledging those who have played i...
Molecular dynamics and Monte Carlo simulations are used to study ferroelectric liquid crystals. The...
We report on a comprehensive computer simulation study of the liquid-crystal phase behaviour of pure...
A liquid crystal (LC) is a substance that exhibits phases intermediate between a crystal and a diso...