The physical properties and structural evolution of the MX 2-type solid solution Au 1− x Pd x
Te 2 are reported. The end member AuTe 2 is a normal metal with a monoclinic distorted CdI …

Developing a method for the growth of ultrathin metal chalcogenides, potentially targeting
the two-dimensional (2D) limit, has a pivotal impact on various nanotechnological device …

Gold is a very inert element, which forms relatively few compounds. Among them is a unique
material—mineral calaverite, A u T e 2. Besides being the only compound in nature from …

We study the local electronic structure of an equimolar-multimetal solid solution of high-
entropy metal disulfide (Fe, Co, Ni, Cu) S 2 and its parent compounds MS 2 (M= Fe, Co, Ni …

Abstract Two-dimensional (2D) chalcogen-based layers have proven to be the next
generation of materials for potential high-tech applications, and it is very important to control …

Here, we report results of the investigation of the lattice dynamics of the sylvanite mineral
AuAgTe4 in a wide temperature and pressure range by Raman spectroscopy, together with …

In this contribution, we describe fundamental electronic structures and spin–charge–orbital
orderings of 5d transition-metal compounds. By reviewing photoemission spectroscopy …

Gold is inert and forms very few compounds. One of the most interesting of those is
calaverite AuTe 2, which has incommensurate structure and which becomes …

We report the electronic structure of a natural mineral calaverite AuTe2 under high pressure
by means of the infrared spectroscopy. The optical conductivity at ambient pressure shows a …

It is very well known that gold is one of the least reactive chemical elements and it is typically
mined as a pure native element. It also occurs in alloys but very rarely it can be found in the …