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The Interstate 10 spans the U.S. and offers a living laboratory for exploring the biggest issues of our time. Duke Reiter explains how ASU’s Ten Across (10X) initiative is using this transect to plan a resilient future.
Physicist Ivan Ermanoski joins ASU LightWorks®, where he will design a thermochemical reactor to harness energy from renewable sources, like the sun.
Jim Miller grew up in the shadow of Texas’s oil fields. Now, he’s joining ASU LightWorks®, where he’ll be thinking up ways to create and harness alternative energy gleaned from renewable sources.
Traditional rice farming techniques are not sustainable. But how do you change a process that’s deeply ingrained in culture, for a crop that nourishes half the world?
On the heels of his ASU KEDtalk, Klaus Lackner explains his process, shares his inspiration and discusses the challenges involved in making carbon air capture a reality.
Like throwing trash into the street, each year we pump tons of carbon dioxide into the atmosphere. Klaus Lackner has developed technology poised to collect and reuse our carbon while cleaning the air.
ASU research shows how to make plants produce more food, even in drought or salty soil. But there are challenges to getting this work off—or into—the ground.
How can we make infrastructure safer and more dependable? ASU engineers and scientists are using natural systems as a guide.
ASU researchers are exploring new technologies to capture carbon dioxide, reducing the amount in our atmosphere.
An ASU student startup called NextPotential aims to change the energy game with its carbon recycling technology.