Method is more efficient and cost effective than current techniques to paint objects for aerospace, medical industries.

A compound developed by researchers at NC State could replace the more expensive and toxic lead gown typically used by patients.

An ultra-fast process developed by University of Maryland researchers is more than 1,000 times faster than typical techniques.

A new electrolyte can raise the voltage for less recharging without causing flammability.

A conducting polymer that rapidly fabricates electronic devices could one day be used for neurological treatments and therapies.

Texas A&M researchers advance neuromorphic computing for next-generation computing and electronic devices with new material.

A team at Rice University has developed a novel neural device that could be used on patients with epilepsy or Parkinson’s disease.

A combination of three materials provides various properties for a composite that can be used to print devices that can harvest energy from body heat.

Researchers in Germany have developed semiconductor ink and an inkjet printing process for optoelectronic devices.

A new form of hydropower storage could be a viable option for storing solar energy for times when energy generation can’t meet demand.