The superior size and power scaling potential of ferroelectric-gated Mott transistors makes
them promising building blocks for developing energy-efficient memory and logic …

Integrating free‐standing complex oxides with two‐dimensional (2D) materials has recently
attracted great interest, due to the rich physics evolving from such structures. Enhancing and …

Ferroelectric van der Waals CuInP2S6 possesses intriguing quadruple-well states and
negative piezoelectricity. Its technological implementation has been impeded by the …

We report the effects of screening capacity, surface roughness, and interfacial epitaxy of the
bottom electrodes on the polarization switching, domain wall (DW) roughness, and …

Employing dielectric spectroscopy, oscillatory shear rheology, and calorimetry, the present
work explores the molecular dynamics of the widely used insecticide imidacloprid above …

Ferroelectrics with negative capacitance effects can amplify the gate voltage in field-effect
transistors to achieve low power operation beyond the limits of Boltzmann's Tyranny. The …

Negative capacitance (NC) effects in ferroelectrics can potentially break fundamental limits
of power dissipation known as “Boltzmann tyranny.” However, the origin of transient NC of …

Ferroelectric tunnel junctions (FTJs) based on epitaxial complex oxide heterostructures are
promising building blocks for developing low power nanoelectronics and neuromorphic …

Suppression of ferroelectricity in ultrathin films of improper ferroelectric hexagonal ferrites or
manganites has been attributed to the effect of interfacial clamping; however, the …

Acetaminophen, nicotine, and lidocaine hydrochloride were investigated in their deeply
supercooled liquid states using oscillatory shear rheology. The mechanical spectra of these …