Thermoelectrics is attractive as a green and sustainable way for harnessing waste heat and
cooling applications. Designing high performance thermoelectrics involves navigating the …

Conventional PbTe-based semiconductors have been leading the developments in the
thermoelectrics community due to their rich capabilities in optimizing the electronic and …

Most of the best known SnTe‐based materials exhibit an attractive thermoelectric figure of
merit (zT) only at the high‐temperature regime, but their performance at the low‐mid …

GeTe is highly sought-after due to its versatility as a high-performance thermoelectric
material and phase change material, as well as a ferroelectric Rashba semiconductor …

The recent advancements in thermoelectric materials are largely credited to two factors,
namely established physical theories and advanced materials engineering methods. The …

In recent years, GeTe has received tremendous attention from the research community
owing to its favorable electronic and thermal properties which make it one of the best …

GeTe is among the best medium-temperature thermoelectrics. Its high performance
originates from band convergence at the phase transition and low lattice thermal …

A high filler content is often needed in polymer composite-based thermoelectric (TE) films to
improve their performance. Nevertheless, this often leads to poor processability and poor …

GeTe as one of the most promising medium temperature thermoelectrics has progressed
leaps and bounds in recent years, largely thanks to a combination of its unique electronic …

The well converged transporting valence bands in SnTe-MnTe alloys ensures a superior
electronic performance, while their thermal transport properties still need to be further …