Analytical formulas are derived for the zero-point vibrational energy and anharmonicity
corrections of the cohesive energy and the mode Grüneisen parameter within the Einstein …

The Grüneisen ratio Γ, ie, the singular part of the ratio of thermal expansion to the specific
heat, has been broadly employed to explore both finite T and quantum critical points (QCPs) …

We explore the coexistence region in the vicinity of the Mott critical end point employing a
compressible cell spin-1/2 Ising-like model. We analyze the case for the spin-liquid …

The Grüneisen ratio (GR) has emerged as a superb tool for the diagnosis of quantum phase
transitions; it diverges algebraically upon approaching critical points of continuous phase …

A Grüneisen relationship is defined for gases, following the formulation of the original
microscopic Grüneisen ratio γ=(d ln ω)/(d ln V) for solids. In the case of gases acoustic …

We use the recently-proposed compressible cell Ising-like model to estimate the ratio
between thermal expansivity and specific heat (the Grüneisen parameter Γ s) in supercooled …

The magnetocaloric effect (MCE), which is the refrigeration based on the variation of the
magnetic entropy, is of great interest in both technological applications and fundamental …

The electrocaloric (EC) effect, ie, the reversible temperature change due to adiabatic
variations of the electric field, is of great interest due to its potential technological …

For a perfect fluid, pressure p and energy density ρ are related via the equation of state
(EOS) ω= p/ρ, where ω is the EOS parameter, being its interpretation usually constrained to …

Protein compartmentalization in the frame of a liquid-liquid phase separation is a key
mechanism to optimize spatiotemporal control of biological systems. Such a …