The technology is called CHESS, which stands for controlled hierarchically engineered superlattice structures. According to ...

How can thermoelectric generators (TEGs) help advance renewable energy technology? This is what a 2024 study published in ...

This review examines AI and ML's role in transforming thermoelectric materials design, focusing on defect engineering and ...

Researchers at Johns Hopkins have developed a new energy-efficient technology that is an alternative to traditional compressor-based refrigeration.

Many of the practical problems that are encountered in building present-day generators are illustrated. A design procedure for free convection air-cooled generators is described. The performance of ...

To increase the reliability of aerospace electronics and reduce their overall power consumption, we investigated the possibility of incorporating active thermoelectric cooling (TEC) solutions. The ...

SnSe is a promising medium-temperature thermoelectric material due to its extremely low thermal conductivity and tunable electronic transport properties. In this work, n-type SnSe0.95 polycrystals ...

Vertically stacked two-dimensional materials based on weak interactions have received significant attention because of possibilities of effective modulation of their electronic, transport, and ...

BEIJING -- Chinese researchers have developed a highly efficient, flexible thin-film material for power generation, representing a major breakthrough in flexible power technology for smart ...

Early use cases suggest surprising applications for—and challenges from—quantum computing may arrive sooner than many people expect. Below, members of Forbes Technology Council detail some of ...