Several microelectronics research projects are exploring how adaptable hardware can make artificial intelligence systems faster, more efficient and better suited for real-world environments.

Medical equipment, communications satellites and defense systems all have critical parts exposed to extreme temperatures, pressures and radiation. In the Extreme Environments Lab, ASU researchers and students put technology to extreme tests to make sure it will work where it’s needed.

Through a growing collaboration with Thailand’s higher education and science leaders, Arizona State University is helping translate semiconductor strategy into workforce development, faculty innovation and regional training.

National security, artificial intelligence, space and food systems were among the topics discussed at the Emerging Voices Series: Strategy, Security and Defense event held at ASU.

Arizona is engaged in a debate over where data centers should be built — with cities, developers and residents having varying opinions on the issue. So how do we find common ground? That was the driving force behind an ASU-hosted exchange that attracted experts from industry, community organizations and academia.

In a pair of new studies, ASU researchers show how DNA, the molecule of life, can be harnessed to faithfully store large volumes of data and provide powerful encryption.