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LLNL Researchers Garner Three Awards Among Top 100 Industrial Inventions

Nov. 1, 2021 Lawrence Livermore National Laboratory (LLNL) scientists and engineers have collected three awards among the top 100 industrial inventions ....

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LLNL-patented power grid technology could reduce global CO2 emissions by 10 percent or more

Engineers at Lawrence Livermore National Laboratory and their collaborators have developed a light-activated switch that, if fully deployed on the. ....

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How Diamonds Can Help Power Electric Vehicles

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Paulius Grivickas ,

Diamonds may power electrical grid, EVs more efficiently

Diamonds may power electrical grid, EVs more efficiently
A photoconductive switch made from a synthetic, chemical vapor deposition diamond under test.
(Image courtesy of Lawrence Livermore National Laboratory).
Scientists at the Lawrence Livermore National Laboratory in the US published a study in
Applied Physics Letters where they present the idea of using diamonds as ultra-wide bandgap semiconductors to more effectively power the electrical grid, locomotives and even electric cars.
In their paper, the researchers said that diamonds have been shown to have superior carrier mobility, breakdown electric field and thermal conductivity, the most important properties to power electronic devices. The gems also became especially desirable after the development of a chemical vapor deposition process for the growth of high-quality single crystals. ....

Paulius Grivickas ,

Diamonds are not just for jewelry anymore

A photoconductive switch made from a synthetic, chemical vapor deposition diamond under test.
When it comes to the semiconductor industry, silicon has reigned as king in the electronics field, but it is coming to the end of its physical limits.
To more effectively power the electrical grid, locomotives and even electric cars, Lawrence Livermore National Laboratory (LLNL) scientists are turning to diamond as an ultra-wide bandgap semiconductor.
Diamond has been shown to have superior carrier mobility, break down electric field and thermal conductivity, the most important properties to power electronic devices. It became especially desirable after the development of a chemical vapor deposition (CVD) process for growth of high-quality single crystals. ....

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