Research & Development

A scanning transmission electron microscopy image of a superlattice consisting of an alternating sequence of 5 atomic unit cells of neodymium nickelate (blue) and 5 atomic unit cells of samarium nickelate (yellow). (Source: Bernard Mundet / EPFL)

An image showcasing research from the Lehigh research team’s laboratory. (Source: Lehigh University)

Physicists at Stony Brook University have developed a new type of material that is a highly efficient insulator at high temperatures, capable of conducting electricity without wasting heat. (Source: gemeinfrei)

The brick supercapacitor device developed by researchers in the U.S. is shown here powering a green light-emitting diode. (Source: D’Arcy laboratory, Department of Chemistry, Washington University in St. Louis)

A schematic illustrating the lithium battery with the team’s new carbon nanotube architecture for the anode. (Source: Juran Noh, Texas A&M University)

EMPA has developed a non-combustible water-based electrolyte for lithium-ion batteries which is compatible with electrode materials already commercially available. (Public Domain)

The relationships between voltage, current, resistance and power and their implications for power delivery efficiency has become essential for continued development in high performance electrical and electronic systems. (Source: gemeinfrei)

Photovoltaic energy is based on the photoelectric effect—the emission of electrons when electromagnetic radiation (i.e. light) hits a material. (Source: gemeinfrei)

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