Wearable sensing is a rapidly expanding research area with significant future potential and
impact, encompassing lifestyle, sports & fitness and healthcare applications. The target of …

Coordination polymers and metal–organic frameworks are now at the forefront of materials
science due to their abundant structural variability and facile functional tunability …

Developing high-efficiency and low-cost catalysts towards oxygen evolution reaction (OER)
is extremely important for overall water splitting and rechargeable metal− air batteries …

Conducting organic materials, such as doped organic polymers, molecular conductors, and
emerging coordination polymers, underpin technologies ranging from displays to flexible …

The low cost of organic starting materials and ease of their fabrication processes have
propelled the development of various organic devices and have also generated a …

Flexible and wearable thermoelectric generators (TEG) have emerged as promising energy
sources for wearable health-monitoring devices. However, common thermoelectric …

Poly (nickel-benzene-1, 2, 4, 5-tetrakis (thiolate))(Ni-btt), an organometallic coordination
polymer (OMCP) characterized by the coordination between benzene-1, 2, 4, 5-tetrakis …

The development of stretchable organic thermoelectric materials is prompted by fast
evolving application fields like flexible electronic devices, soft robotics, health monitoring …

Two-dimensional conductive metal–organic frameworks have emerged as promising
electronic materials for applications in (opto) electronic, thermoelectric, magnetic …

An organometallic nickel complex containing thieno [3, 2-b] thiophene units was designed
and synthesized. Composite films of the resulting nickel complex and polyvinylidene …