Education innovation

How do we empower a growing, diverse population to thrive in the 21st century?

ASU KEDtalk: What soap leaves behind

Some soaps leave a residue that reaches far beyond your shower door. Rolf Halden tells us about the unexpected consequences of our obsession with antimicrobials and where we go from here.

ASU Regents’ Professor Robert Nemanich develops diamond wafers that provide an alternative to silicon for electronics that can function in high-temperature, high-pressure or radioactive environments.

materials and manufacturing

Diamond electronics offer brilliant solutions

When the heat is on and the pressure is high, that’s when diamonds really shine. ASU scientists are using these gems in electronics, health care and even space exploration.

materials and manufacturing

Form follows function in materials design

How do you find the right material to build the best product? ASU engineers are turning the typical trial-and-error process on its head.

people

ASU KEDtalk: Why are dogs special?

Lots of people think dogs are unique in their intelligence. Clive Wynne, director of ASU’s Canine Science Collaboratory, says that’s not true. But he knows what makes dogs truly special.

most innovative school in the country

#2 Stanford, #3 MIT

$518M

total research expenditures

(FY 2016)

100 companies

have launched based on ASU innovations, attracting $600M+ in funding. (FY16)

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The Knowledge Enterprise

ASU Knowledge Enterprise Development advances research, innovation, strategic partnerships, entrepreneurship and economic development at ASU, in Arizona and globally.

Research Growth Areas

How do we feed a growing world population? Is space travel commercially viable? What if we could detect disease before they do permanent harm? ASU researchers are polling their expertise in the natural sciences, engineering, arts and humanities to address big challenges and answer important questions. Learn about key areas where ASU is making discoveries that make a difference.