Companies need engineers across all disciplines and universities are stepping up to deliver them; schools reap benefits, too.

In the wake of AI, unprecedented demand for data and computing power is outstripping capabilities. This will drive the ...

Through materials science, we can tailor existing substances or engineer completely novel materials to generate new and ...

This industry application has become more difficult in recent years due to regulatory and market pressure to increase ...

ELIZABETH ECONOMY is Co-Director of the U.S., China, and the World Project and Hargrove Senior Fellow at Stanford ...

The semiconductor industry is incredibly precise, with even the smallest impurity having the potential to disrupt production. That's why we've focused on innovation to ensure our materials meet the hi ...

Semimetals can be viewed as a kind of extreme limit of a semiconductor with zero 'energy gap', right at the threshold between insulator and metal. This extreme case remains exceedingly rare in real ...

But many unusual and technologically relevant materials lie between these extremes. For example, a semiconductor has a small ‘energy gap’: it is an insulator in which the electrons need to ...

For example, the adoption of GAA transistors ... This industry is termed semiconductor devices and materials. One chapter in Hidden Investment Treasures is devoted to investing in technology ...

But in this new process, the UT researchers skip the heat and build up the material layer by layer using a pulsed laser. Optimizing the structure “Halide perovskites are already remarkable ...

"Halide perovskites are already remarkable semiconductors and are, for example, used in solar cells," says Junia Solomon Sathiaraj, Ph.D. student at the Inorganic Material Science research group.

For example, fluorinated gases support everything from ... TDM’s research phase In one recent case, a team explored TMD defects and how these materials could impact semiconductor performance.