Water's phase diagram displays enormous complexity with currently 17 experimentally
confirmed polymorphs of ice and several more predicted computationally. For almost 120 …

The current epoch can be described as the 'age of ice-rush', as the rate of discovery of ice
polymorphs, of which there are currently 20 known, has accelerated, particularly since the …

Ice polymorphs usually appear as hydrogen disorder-order pairs. Ice VI has a wide range of
thermodynamic stability and exists in the interior of Earth and icy moons. Our previous work …

Ice is a material of fundamental importance for a wide range of scientific disciplines
including physics, chemistry, and biology, as well as space and materials science. A well …

Ice exhibits extraordinary structural variety in its polymorphic structures. The existence of a
new form of diversity in ice polymorphism has recently been debated in both experimental …

It is generally believed that ice crystal-to-crystal transitions do not occur below the glass-
transition temperature. For instance, under compression, ice I becomes a metastable state …

This work provides an up-to-date overview of recent developments in neutron spectroscopic
techniques and associated computational tools to interrogate the structural properties and …

The nature of the hydrogen sublattice of an HCl-doped ice VI sample after cooling at 1.8
GPa has been a topic of recent interest. The samples are interpreted either as the new H …

The recent discovery of a low-temperature endotherm upon heating hydrochloric-acid-
doped ice VI has sparked a vivid controversy. The two competing explanations aiming to …

Above 2 GPa the phase diagram of water simplifies considerably and exhibits only two solid
phases up to 60 GPa, ice VII and ice VIII. The two phases are related to each other by …