Fabrication and characterization of flexible, high-performance thermoelectric energy harvesters and coolers via laser printing. Sustainable materials will be investigated as an alternative to traditio...

TAB–2TFSI enables efficient ion-pair doping across a wide range of conjugated polymers, where the strongly oxidizing TAB core drives charge transfer, and the TFSI counterions promote favorable ionic ...

Herein, the correlational changes of each PEDOT Raman peak to morphology and doping level are identified. Two equations are derived to estimate PEDOT π–π spacing and doping level from Raman spectra (....

Printed organic thermoelectric generators (OTEGs) enable flexible and sustainable energy harvesting from low-grade heat. This Perspective critically assesses recent advances in printable thermoelectr...

This study presents a mechanical self-assembly strategy to fabricate high-performance, CMOS-compatible microscale thermoelectric devices (μTEDs). Plan…

Inkjet printing (IJP) is a promising non-contact and digital technique for the precise deposition and patterning of functional materials on reduced areas, enabling versatile applications in both indoo...

A team from KU Leuven,a leading Belgian research university, has demonstrated the first omnidirectional 3D printing of PEDOT:PSS aerogels, enabling stretchable interconnects and high-aspect-ratio ther...

Develop flexible, high-performance thermoelectric energy harvesters and coolers via laser printing. Sustainable materials will be investigated as an alternative to traditional bismuth telluride. The f...

Brush printing is a promising meniscus-guided technique to facilitate the transition from optimized organic thermoelectric materials to functional printed thermoelectric generators (TEGs) due to its d...