Ab initio simulations and experimental techniques are combined to reveal that, unlike what was commonly accepted for more than 30 years, perovskites and related materials enhance their ferroelectricity as hydrostatic pressure increases above a critical value. This unexpected high-pressure ferroelectricity is different in nature from conventional ferroelectricity because it is driven by an original electronic effect rather by long-range interactions
The behavior of the ferroelectric instability of cubic barium titanate under increasing hydrostatic ...
The perovskite ABO(3) family demonstrates a wide variety of structural evolutions and physical prope...
Restricted Access.We present here an overview of our high pressure investigations on ferroelectric l...
Ab initio simulations and experimental techniques are combined to reveal that, unlike what was commo...
International audienceAdvances in first-principles computational approaches have, over the past fift...
Ferroelectrics are widespread in technology(1), being used in electronics and communications(2), med...
To determine the effects of high pressure constraints on the overall behaviour of ferroelectrics (FE...
Organic-inorganic halide perovskites have emerged as a promising family of functional materials for ...
From first-principles density-functional theory calculations, we show that above a given hydrostatic...
Mechanical confinement or restricted degrees of freedom have been explored for its potential to enha...
A series of model perovskite-type relaxor ferroelectrics (pure and A-/B-site doped PbSc1/2Ta1/2O3 an...
In many electronic device applications, there is a need to interconvert electrical energy and other ...
The behavior of the ferroelectric instability of cubic barium titanate under increasing hydrostatic ...
The perovskite ABO(3) family demonstrates a wide variety of structural evolutions and physical prope...
Restricted Access.We present here an overview of our high pressure investigations on ferroelectric l...
Ab initio simulations and experimental techniques are combined to reveal that, unlike what was commo...
International audienceAdvances in first-principles computational approaches have, over the past fift...
Ferroelectrics are widespread in technology(1), being used in electronics and communications(2), med...
To determine the effects of high pressure constraints on the overall behaviour of ferroelectrics (FE...
Organic-inorganic halide perovskites have emerged as a promising family of functional materials for ...
From first-principles density-functional theory calculations, we show that above a given hydrostatic...
Mechanical confinement or restricted degrees of freedom have been explored for its potential to enha...
A series of model perovskite-type relaxor ferroelectrics (pure and A-/B-site doped PbSc1/2Ta1/2O3 an...
In many electronic device applications, there is a need to interconvert electrical energy and other ...
The behavior of the ferroelectric instability of cubic barium titanate under increasing hydrostatic ...
The perovskite ABO(3) family demonstrates a wide variety of structural evolutions and physical prope...
Restricted Access.We present here an overview of our high pressure investigations on ferroelectric l...