3M awards ASU researcher for work in nanophotonics

November 14, 2023

Sui Yang, an assistant professor of materials science and engineering in the Ira A. Fulton Schools of Engineering at Arizona State University, was selected as one of 10 recipients of the 2023 Non-Tenured Faculty Award from 3M.

The 3M Non-Tenured Faculty Award is a four-decade-old program to encourage tenure-track university professors to pursue new ideas. The award selection is based on a candidate’s research, experience, teaching, academic leadership and their proposed vision of future research. Man wearing a suit photoshopped over an abstract background. Assistant Professor Sui Yang earned a 3M Non-Tenured Faculty Award to help his research in nanophotonics that could produce ultra-thin, flexible and high-resolution solutions for flexible displays, imaging, augmented reality, virtual reality and more. Graphic created by Erik Wirtanen/ASU using Adobe Firefly Download Full Image

The award provides $45,000 in unrestricted research funds to assist faculty to earn tenure, contribute to their field and foster ongoing relationships with future leaders in academic research.

Yang’s research is centered on nanophotonics, which creates artificial photonic and optoelectronic materials to control light-matter interactions for wide optical and optoelectronic applications.

Nanophotonics involves the manipulation and control of light at the nanoscale, typically at dimensions smaller than the wavelength of light. Researchers work with nanoscale optical components, such as nanoscale waveguides, photodetectors and light emitters, to harness the unique properties of light and enable various applications.

In his latest research, Yang, who joined the faculty of the School for Engineering of Matter, Transport and Energy, part of the Fulton Schools at ASU, in January 2021, proposes to integrate metamaterials with polymeric materials, with the end result being able to obtain optical film unachievable before.

Yang says that polymeric materials, or polymers, are materials with repeating units of molecules. Daily plastic commodities, mechanical parts, flexible electronics and chip packaging consist of polymeric materials that are designed to integrate into modern life by being mechanically strong, flexible, lightweight and electronically conductive. However, the optical and optoelectronic applications of polymeric materials are very limited.

“Metamaterials are a new class of materials with artificially designed structure constituents that can achieve unprecedented optical and optoelectronic properties. The integration of metamaterial structures with polymeric materials can bring a completely new dimension to our consumer technologies,” Yang says. “It will be ultra-thin, flexible and conformal optical or optoelectronic films that have never been explored before.”

According to Yang, potential uses following this integration range from areas such as flexible and lightweight display components in TVs, tablets, phones and light-ranging lidar to imaging and sensing solutions for next-generation smart cameras, augmented reality and virtual reality technologies, integrated chip systems and biomedical diagnostics.

The 3M Non-Tenured Faculty Award is not the only award Yang has won throughout his young academic career, which started as a senior research scientist and manager at the Nanoscale Science and Engineering Center at the University of California, Berkeley, where he also earned his doctoral degree. He previously has won the Microsystems & Nanoengineering Young Scientist Award, the Elsevier Reaxys PhD Prize, the NKT Photonics Student Award and a Rising Stars of Light award from Light: Science & Applications.

“To have my work and contributions recognized in this prestigious award is extremely meaningful and rewarding to me,” Yang says. “It motivates me to continue striving for excellence and making a positive impact in the field.”

Erik Wirtanen

Web content comm administrator, Ira A. Fulton Schools of Engineering


image title

US experiencing climate change now, latest National Climate Assessment shows

November 14, 2023

12 ASU faculty provide pivotal input to highly influential scientific report

The White House on Tuesday released a comprehensive scientific analysis of the impacts of global climate change in the United States in its Fifth National Climate Assessment (NCA5).

The report, contributed to by 12 faculty members from Arizona State University, is considered to be a highly influential scientific assessment, as well as a scientific consensus regarding climate change impacts, mitigation and adaptation strategies across the country.

The nationwide report, which looks at current and future climate impacts, shows that people across the U.S. are facing increasing climate-related risks that include warmer temperatures, heatwaves, severe drought and flooding, as well as wildfires and hurricanes that are more frequent and severe.

Additionally, underserved and overburdened communities are facing increased impacts of climate change because of persistent social and economic inequities.

The report also demonstrates that the U.S. is making progress adapting to climate change impacts — an encouraging sign amidst increasing global greenhouse gas emissions from human activities.

Dave White

"As shown in the Fifth National Climate Assessment, the Southwest — including Arizona — is taking action on climate change,” said Dave White, director of the Global Institute of Sustainability and Innovation at ASU, as well as lead author of the NCA5 chapter on the Southwest region.

“Governments, nongovernmental organizations, universities and private enterprises are responding to climate impacts with innovative solutions, increasing adaptation and resilience. Climate action offers unparalleled opportunities to improve well-being, benefit the economy and create a more just future for our state and region."  

While greenhouse gas emissions have fallen in the U.S. since peaking in 2007 and efforts to reduce emissions have increased since the last National Climate Assessment published in 2018, severe climate change impacts are still expected to rise without urgent and immediate action to further reduce emissions and accelerate both mitigation and adaptation efforts nationwide.

“The Fifth National Climate Assessment demonstrates that our choices, individually and collectively, matter immensely as they relate to climate change,” said Peter Schlosser, director of the Julie Ann Wrigley Global Futures Laboratory at ASU. “We will continue to experience the detrimental and life-altering effects of wildfires, drought, water scarcity, food insecurity, extreme heat and social inequities unless we act with urgency to combat climate change. What we choose to do today will determine our future.”

Climate change impacts in the Southwest

The report highlights five key areas of concern for the Southwest region, which comprises Arizona, California, Utah, Nevada, Colorado and New Mexico. The Southwest is home to more than 60 million people.

"The assessment demonstrates that the impacts of climate change in the Southwest have become increasingly apparent and widespread in recent years,” White said. “Climate change is impacting the region's water resources, coast and ocean, agriculture, human health and wildfire events. The report also documents the best available science, which informs actions communities are taking to adapt." 

Water security continues to be a big concern in the region, as drought and increasing aridity threaten remaining water supplies. Climate change has reduced both groundwater and surface-water supplies both for people and nature.

New science in the report shows that higher temperatures are driving much of the change. Meanwhile, the Southwest is experiencing a rise in extreme weather events, such as atmospheric rivers and flooding.

Along the coast, marine ecosystems are experiencing the impacts of large-scale marine heatwaves and harmful algal blooms. This not only has a profound and negative effect on marine life, it also diminishes the economies and fisheries that depend on a healthy ocean. Sea level rise, caused by melting glaciers, impacts flooding, saltwater intrusion and critical infrastructure, especially in overburdened and underserved communities.

The Southwest is an important region for producing a variety of crops such as lettuce, alfalfa, chiles, pinto beans, grapes, peanuts and wheat, as well as alfalfa and cotton. However, water scarcity and drought are making it more difficult to raise food and fiber in the region. And, extreme heat is reducing crop quality and yield, and stressing both humans and animals. Adaptation strategies include the integration of Indigenous knowledge with technological innovation to help protect food security and sovereignty.

Human health and demographics are affected by environmental changes, as well. Residents in the Southwest are facing an influx of migration, the physical effects of extreme wildfires, and the impacts of extreme heat on older adults, outdoor workers and people with low income. In Arizona, the Department of Health Services created new policies for heat safety and adaptation in schools.

Finally, the Southwest is experiencing unprecedented wildfire events that are driven in part by climate change. This affects everything from housing to food production to hydropower and electricity generation.

Climate change indicators in the Southwest

“We have improved our understanding of the interconnectivity of these issues, which helps us design strategies that address risks and improve resilience across multiple areas,” White said. “Climate impacts are accelerating rapidly. Americans are experiencing increased risks from extreme events, which causes disproportionate risks to those in underserved communities.

"But we have an opportunity here. Climate action and adaptation gives us an opportunity to advance transformative climate actions that can strengthen resilience and advance equity.”

A bright spot: Mitigation and adaptation making progress nationwide

The report illustrates that the U.S. is taking action on climate change across the country. In every region, cities and states have adaptation and mitigation efforts underway.

Wind and solar energy costs have dropped 90% over the last decade, and up to 80% of new generation capacity just three years ago came from renewable sources. And low-carbon jobs are increasing, projected to offset the losses in jobs in the fossil fuel industry.

In the Southwest, the water crisis and hotter temperatures are driving urgent mitigation efforts. For example, the federal government issued mandatory cuts to Colorado River water usage in 2021.

In Arizona, the state launched the Arizona Water Innovation Initiative, a statewide project led by the ASU Global Futures Laboratory to work with industrial, municipal, agricultural, tribal and international partners to rapidly accelerate and deploy new approaches and technology for water conservation, augmentation, desalination, efficiency, infrastructure and reuse.

The use of solar power is increasing across the region, and the city of Phoenix opened the country’s first Office of Heat Response and Mitigation. 

“Since the last assessment in 2018, we can quantify that city- and state-level adaptation plans and actions have increased by 32%,” White said. “The Inflation Reduction Act is the largest investment in climate resilience in our lifetime, which shows a clear picture of the urgency of response. There are hundreds of examples of success; there is public attention and awareness due to extreme events.

"And you have once-in-a-generation funding and government attention to the issue. The stars are as aligned as they have ever been regarding having hope and taking action on climate change.” 

About the report

The Fifth National Climate Assessment includes 32 chapters that cover crucial national-level topics such as water, energy, agriculture, infrastructure, ecosystems, health and more. The report was written by a team of 500 federal and non-federal authors, and it includes input and editing from 260 technical experts from every state in the nation. 

The assessment, which is produced approximately every four years, is mandated by the Global Change Research Act of 1990 and investigates current and future risks presented by climate change. Ten regions are covered in the assessment: the Southwest, Northeast, Southeast, U.S. Caribbean, Midwest, Northern Great Plains, Southern Great Plains, Alaska, Hawaii and U.S.-affiliated Pacific islands. The report is based on published scientific literature and is a consensus-based evaluation and synthesis, and the assessment is relevant to current and future policy, but it does not recommend any specific policy changes.

“The new climate assessment highlights the strong interconnectedness of climate with other parts of the Earth system,” Schlosser said. “The research shows the interconnectedness between food, water, energy and heat mitigation, among others, particularly in the Southwest. Adaptation in one area frequently has positive impacts on others. This is further motivation to increase our efforts to implement climate solutions at a rapid pace.”

ASU faculty provide key work on assessment 

White, the lead author of the Southwest region, is one of 12 contributors from ASU. All are affiliated with the Global Futures Laboratory. The group spans multiple units and served in a variety of roles for the report including as reviewers, chapter authors, regional authors and technical contributors.

For the national report, contributors include:

  • Margaret Garcia, Chapter 2: "Climate Trends." Garcia is an assistant professor in the School of Sustainable Engineering and the Built Environment in the Ira A. Fulton Schools of Engineering.

  • Abigail York, Chapter 8: "Ecosystems, Ecosystem Services, and Biodiversity." York is a professor in the School of Human Evolution and Social Change in The College of Liberal Arts and Sciences.

  • David Hondula, Chapter 12: "Built Environment, Urban Systems, and Cities." Hondula is an associate professor in the School of Geographical Sciences and Urban Planning in The College.

  • Sarah Meerow, Chapter 12: "Built Environment, Urban Systems, and Cities." Meerow is an associate professor in the School of Geographical Sciences and Urban Planning.

  • Mikhail Chester, Chapter 13: "Transportation." Chester is a professor in the School of Sustainable Engineering and the Built Environment.

  • Melanie Gall, Chapter 15: "Human Health." Gall is an assistant professor in the School of Public Affairs.

For the regional reports, contributors include:

  • Dave White, lead author, Chapter 28: "Southwest."

  • Jennifer Vanos, Chapter 28: "Southwest." Vanos is an associate professor in the School of Sustainability, part of the Global Futures Laboratory.

  • Otakuye Conroy-Ben, Chapter 25: "Northern Great Plains." Conroy-Ben is an assistant professor in the School of Sustainable Engineering and the Build Environment.

  • Victoria Keener, Chapter 30: "Hawaii and US-Affiliated Pacific Islands." Keener is a research professor with the Global Institute of Sustainability and Innovation.

  • Zena Grecni, Chapter 30: "Hawaii and US-Affiliated Pacific Islands." Grecni is a researcher with the Global Institute of Sustainability and Innovation.

  • Laura Brewington, Chapter 30: "Hawaii and US-Affiliated Pacific Islands." Brewington is a research professor with the Global Institute for Sustainability and Innovation.

What’s next?

Following the report’s release, there will be a series of webinars to inform the public, legislators, nonprofit organizations and other stakeholders. Each virtual event will feature a presentation about the findings from the chapter authors and will allow time for Q&A. The webinars will take place through mid-March 2024.

Top image: "Spruce Smoke" by artist Ree Nancarrow (2012, quilted fiber).

Sandra Leander

Assistant Director of Media Relations , ASU Knowledge Enterprise