Not only was the gallium dissolving the aluminum oxide, it was also causing the aluminum ... the third hydrogen-storage powder we've written about in the last couple of months, or indeed ever.

By creating MOSFETs based on gallium oxide, the team at Buffalo claims it has worked out how to handle extremely high voltages using paper-thin transistors. When "passivated" with a layer of SU-8 ...

"Gallium oxide has the potential to enable transistors that would surpass current technology," said Siddharth Rajan of Ohio State University, who led the research. Because Ga2O3 has one of the ...

One conductive oxide in particular has unique properties that allow it to function well in power switching: Ga2O3, or gallium oxide, a material with an incredibly large bandgap. This is a false-color, ...

Engineers have now achieved a breakthrough with transistors based on gallium oxide (beta-Ga2O3). The newly developed beta-Ga2O3-MOSFETs (metal-oxide-semiconductor field-effect transistor ...

Flosfia, a Japanese spin-off from Kyoto University, backed by Mitsubishi, Denso and the Development Bank of Japan, is about to move into mass production of gallium oxide-based PMICs, reports the ...

One compound that has shown promise is gallium oxide, a semiconductor that can take five different crystalline forms. Now, Andrej Kuznetsov at the University of Oslo in Norway and his colleagues ...

In the case when graphene oxide (G-O) was used as a filler material, G-O content of 1.6∼1.8% resulted in a paste-like form, while 3.6% was optimal for putty formation. A variety of new gallium ...

Gallium oxide is commonly known as the fourth-generation ultra wide band gap semiconductor. It can withstand a strong electric field, process stable physical and chemical properties and it ...

Getty Images A researcher looks at a gallium oxide wafer Although China is the leading exporter of gallium and germanium, there are substitutes for the materials in the production of components ...