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National Science Foundation awards $90.8M to ASU to advance X-ray science

March 8, 2023

World's first compact X-ray free electron laser to be constructed at Arizona State

The National Science Foundation today announced $90.8 million in funding to Arizona State University — the largest NSF research award in the university’s history — to advance groundbreaking research in X-ray science.

The NSF award will support a five-year project to build the world’s first compact X-ray free electron laser, or CXFEL. This one-of-a-kind, room-sized X-ray laser instrument will fill a critical need for researchers to explore the intricacies of complex matter at atomic length and ultrafast time.

The CXFEL will allow scientists to observe biology’s molecular processes in detail — processes that are important for understanding human health and developing new medicines and drugs. It will also help investigators advance renewable energy research, quantum technologies, and semiconductor research and manufacturing.

Additionally, the CXFEL will dramatically shrink the size of the technology used by existing large-scale X-ray Free-Electron Laser (XFEL) facilities, allowing it to be housed in a university, medical or industrial setting. Its reduced size will make this technology accessible to more research institutions at a fraction of the cost.

“This innovation is one that will directly benefit our local, national and global communities in profound ways,” ASU President Michael M. Crow said. “We have entered a new frontier in making scientific discovery more accessible and more affordable. This is one of the most significant ASU research projects to date and it is one that will have a positive impact in many critical areas related to the world’s grand challenges.”

In addition to the $90 million NSF grant, the university is investing approximately $80 million for the instrument, related infrastructure, facilities and support. The $170 million “will place ASU in a new era of science,” Crow said

The CXFEL will be built and housed at ASU Biodesign Institute’s Compact X-ray Free Electron Laser Labs on the Tempe campus. A diverse team of ASU engineers, scientists and students have worked together for a decade, laying the groundwork to bring this innovative and impactful project to fruition.

“It’s exciting and fulfilling to know that our team’s long-term efforts to make the CXFEL a reality are paying off, and we’re grateful for the support of the NSF and the forward-thinking leadership at ASU,” said Professor Bill Graves, chief scientist and principal investigator on the project. “We believe we’ll have full control of X-ray laser properties for the first time, producing beams that can probe the quantum limits of nature. This will be a boon for a wide range of imaginative scientists working to unlock the secrets of biology, chemistry, physics and new materials.”

Impact on human health, semiconductor manufacturing and other scientific fields

The potential for groundbreaking discovery is significant as the applications for CXFEL technology cut across many research disciplines. 

In the medical field, as one example, the CXFEL’s ability to make images and movies on a molecular scale could reveal how viruses such as SARS-CoV-2 attack cells or how drugs bind to target proteins. This potentially paves the way for safer, more effective pharmaceuticals that could help fight both emergent and long-standing diseases. Also, the CXFEL could reveal the dynamics and structure of the molecular causes of diseases like cancer or show the process by which cancer cells hide from the immune system. 

“The CXFEL’s laser X-ray capabilities and accessibility provide a technology we need for innovative research that can propel successful and meaningful advances in science,” said Joshua LaBaer, executive director of the ASU Biodesign Institute. “Molecular and materials science will never be the same.”

The CXFEL’s powerful imaging capability could also advance semiconductor designs at a time when domestic manufacturing is a national priority, and potentially usher in faster, more efficient electronics. The CXFEL will add to ASU’s portfolio of support for Arizona’s rapidly growing identity as a global semiconductor hub.

Quantum materials — materials in which quantum behavior results in new properties — are not well understood, yet critical to advancing technology from magnetic memory to new sensing and communications platforms. The CXFEL could help to decode the physics of these exotic materials, allowing them to be used across a range of industries. These materials are critical for quantum computing and Quantum Information Science and Technology.

“Bringing this kind of transformative innovation into the world is what ASU is designed to do. The importance of the new CXFEL instrument and the impact it will make in science, human health and many of the crucial issues facing our world is significant. We truly are changing the way the world solves problems,” said Sally C. Morton, executive vice president of the ASU Knowledge Enterprise.

CXFEL Infographic

Illustration explaining how the CXFEL works. Courtesy Arizona State University

Making the power of CXFEL more accessible

As technology advances, the world has seen many inventions shrink in size, making them accessible to more people. Consider the benefits of a computer, television and telephone — all which now fit in the palm of your hand with just one device, a smartphone. 

Similarly, today’s XFEL facilities are huge — kilometers (1 km = 0.6 mile) or more in length — and there are only a handful worldwide due to their size and billion-dollar costs. The ASU device will be compact, just 10 meters (30 feet) long, providing ultrashort X-rays and making advanced X-ray science more accessible at a university campus. 

Because the CXFEL is a fraction of the size of the large XFELs and has a corresponding smaller cost, this laser-based tool will allow more scientists access to beam time. The facility will be available to national and international investigators from a wide range of scientific disciplines. 

World’s first CXFEL 

The CXFEL will allow scientists to determine the molecular processes behind our sense of sight, the early reactions of how photosynthesis converts light to energy and the biochemical pathways that allow us to breathe. The instrument will build upon the success of a prototype ASU instrument called the CXLS, which recently produced its first X-rays.

When the CXFEL is completed, it is expected to push the boundaries of current XFEL science. The key to its performance will be its tunability, with a potential to produce X-ray beams of incredibly short pulse durations to access the ​attosecond regime — less than one millionth of a billionth of a second. This provides the resolution needed to see molecules as they exist and interact at an atomic level. It operates similarly to a high-speed camera shutter that can capture and seemingly stop the wing flurry of a hummingbird or reveal how a horse gallops (it actually leaps).

It takes a team 

The ASU CXFEL project includes a talented team of faculty, staff and students, as well as collaborators from 10 universities and research institutions. ASU students have played and will continue to play a big role in working at the CXFEL facility. Once operational, more than half of the CXFEL workforce will be students, providing hands-on training for the next generation of X-ray research scientists.

The CXFEL project leadership team includes: 

  • William (Bill) Graves, project director and principal investigator for the CXFEL. He is a professor with the ASU College of Integrative Sciences and Arts and leader of CXFEL accelerator development.

  • Mark Holl, chief engineer and deputy director for the CXFEL. Holl is responsible for technical and systems integration and ensuring that the technical requirements are consistent across the design, fabrication and assembly efforts for the CXFEL.

  • Petra Fromme, scientific director of CXFEL. She is a Regents Professor with the ASU School of Molecular Sciences, director of the Biodesign Center for Applied Structural Discovery and leader of the CXFEL biology program.

  • Robert Kaindl, director of the Beus CXFEL Laboratory at ASU and professor with the ASU Department of Physics. He leads the validation phases of the CXFEL and transition to operations.

  • Sam Teitelbaum, quantum materials program leader and assistant professor with the ASU Department of Physics. He implements many novel techniques in ultrafast science.

  • Arvinder Sandhu, atomic, molecular and optical program leader and professor with the University of Arizona Department of Physics. He also leads the development of advanced laser technologies for the CXFEL.

  • ​​David Winkel, CXFEL project manager at ASU. He is responsible for keeping the project on schedule and within budget, managing risk and reporting to NSF.

  • Deanna Clark, assistant director of operations for the CXFEL. She is responsible for managing the people, procurement and business operations of the project.

Collaborators on the NSF award include Harvard University; Kansas State University; Massachusetts Institute of Technology; University of Arizona; State University of New York at Buffalo; University of California, Davis; University of Nebraska, Lincoln; University of Wisconsin-Milwaukee; Lawrence Berkeley National Laboratory; and SLAC National Accelerator Laboratory.

This construction award is a follow-up to a previous award of $4.7 million under the NSF midscale research RI-1 program to design the CXFEL. In addition, a $10 million donation from Annette and the late Leo Beus supported the construction of the CXLS and ASU’s CXFEL Labs, along with significant ASU infrastructure investments. 

Biodesign Institute and its CXFEL Labs are partially supported by Arizona’s Technology and Research Initiative Fund. TRIF investment has enabled hands-on training for tens of thousands of students across Arizona’s universities, thousands of scientific discoveries and patented technologies, and hundreds of new startup companies. Publicly supported through voter approval, TRIF is an essential resource for growing Arizona’s economy and providing opportunities for Arizona residents to work, learn and thrive.

Sandra Leander

Assistant Director of Media Relations , ASU Knowledge Enterprise


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ASU community mourns Sun Devil and former Navajo Nation President Peterson Zah

March 8, 2023

Zah served as the 1st special advisor to the ASU president on American Indian Initiatives

Peterson Zah, the first president of the Navajo Nation and a graduate of Arizona State University, died Tuesday, March 7, at age 85.

Zah, who led the Navajo Nation from 1990 to 1994 and was a special advisor to ASU President Michael Crow, earned a bachelor’s degree in education from ASU in 1963 and was awarded an Honorary Doctoral Degree of Humane Letters from the Mary Lou Fulton Teachers College in 2005.

“I am saddened by the passing of Peterson Zah, a groundbreaking and courageous leader who shared his knowledge, passion for education and service, and generosity of spirit to make Arizona State University, Arizona and Indian Country better," ASU President Michael M. Crow said. "He set the standard for ASU’s commitment to American Indian students and tribal communities, and he will be deeply missed. Our condolences to the Zah family and the Navajo Nation.”

Zah was born in 1937 in Low Mountain, Arizona, and attended the Phoenix Indian School. After graduating from ASU, he returned to his community to teach carpentry to Navajo adults and then became a field coordinator for the VISTA Indian Training Center. He later co-founded and became executive director of DNA-People’s Legal Services, a nonprofit legal services program for Navajo, Hopi and Apache people.

Zah was chairman of the Navajo Nation Council from 1981 to 1987, and in 1990 became the first president of the Navajo Nation, which had changed its constitution to shift from a council governing model to a three-branch system: executive, legislative and judicial.

He was a lifelong advocate for education in the Navajo Nation. Just last fall, he met up with the ASU Tribal Nation Tour as ASU American Indian students traveled across the Navajo Nation visiting schools, according to Jacob Moore, associate vice president for tribal relations at ASU.

“He took the time to talk to K–12 students about going to college as a viable option for their future,” he said.

Moore said that when Zah was a student at ASU in the early 1960s, “there couldn’t have been more than 10 American Indian students here then.”

Moore’s father, Josiah Moore, was a fellow student of Zah’s who went on to become chairman of the Tohono O'odham Nation.

Zah’s experiences as a student in the 1960s helped inform his role as ASU’s first special advisor to the president on American Indian Initiatives, a post he was recruited to by then-ASU President Lattie Coor in 1995. He served until 2011 and saw the Native student population double.

“If we think about where ASU is now in terms of our commitment to Indigenous and tribal communities and nations, it all starts with Pete,” said Bryan Brayboy, the current senior advisor to the president and a President’s Professor in the School of Social Transformation.

“And we shouldn’t be surprised because Dr. Zah has always been a nation builder and a movement builder.”

Zah created the advisor role as a commitment to students, Brayboy said.

“At his core, he was someone who educated the institution and educated, in some ways, President Crow and the broader public about the centrality of Native people in this institution and also the state and the region,” he said.

ASU President Crow and Peterson Zah shake hands during commencement ceremony

ASU President Crow (left) congratulates Peterson Zah on his honorary ASU degree during commencement in 2005. Photo by Tom Story

Brayboy is the outgoing director of the Center for Indian Education, which was founded in 1959. Zah was one of the first graduates of the center.

“He started a trend, with Jacob’s dad, Josiah, of preparing students who would lead their tribal nations and communities,” Brayboy said.

“Perhaps, the most recent example is Gov. Stephen Roe Lewis of the Gila River Community.”

Zah was succeeded in his role of special advisor by Diane Humetewa, from 2012 to 2014, and she was followed by Brayboy.

“What we’re doing in 2023 is Dr. Zah's legacy of showing up here in the early 1960s,” Brayboy said.

Zah was instrumental in creating ASU’s Construction in Indian Country program in 2001, part of the Del E. Webb School of Construction, to provide students with the skills needed to navigate the complex cultural, legal and regulatory issues associated with construction management in Indian Country.

In 2019, he was awarded the program’s “Lasting Impact Legacy Award” in recognition of his lifetime of achievements.

Peterson Zah talks about the Construction in Indian Country program.

Marcus Denetdale, program director for Construction in Indian Country, said that Zah was a profound influence on him, and recruited him twice – once to attend ASU, in 2009, and again to his current position, in 2017.

“His leadership was exceptional. It was profound. It was intense – in a very positive, meaningful, impactful way,” he said.

In 2020, Denetdale was traveling to the White House and got some advice from Zah, who had been several times.

“He said, ‘Don’t worry about photos. Go with three agenda items you have for your organization. Washington loves numbers, so make sure you have numbers to back up your agenda items,’” Denetdale said.

Denetdale didn’t meet President Trump that day but he did get to meet Vice President Mike Pence.

“I heeded the words of Dr. Zah and left my phone in my pocket. I told him my three items, and he did ask me about workforce numbers and he sent me to the U.S. Secretary of Labor for a follow-up, and we got a discussion going about how to increase workforce numbers for veterans in federal jobs.

“And that all came from Dr. Zah’s advice.”

Denetdale most recently spoke to Zah last year, when the Construction in Indian Country program received a $1.8 million grant to increase access to water on the Navajo Nation.

“He said it’s been a lifelong fight for him to get water to our people,” he said.

“He said he was older now and didn’t take a lot of requests for help anymore, but with water, ‘I’ll always be there to help.’

“He told me to keep fighting and to keep going.”

Annabell Bowen started working with Zah in 2009 as a coordinator in the Office of American Indian Initiatives, but she knew him when she was a student in the 1990s.

“The fact that we had him here on campus brought a sense of comfort and made me feel safe,” said Bowen, who is now director for the Office of American Indian Initiatives in the President’s Office.

“He gave a lot of encouragement to students and he made you feel like you had a purpose here. That was our retention.”

When she started working as a coordinator, she assisted him with travel and meetings.

“He acknowledged you and made you part of the work,” she said. “He would say, ‘Get your notepad and let’s go,’ and bring me to the meetings.”

Zah was a listener, Bowen said.

“He wanted to be face to face with people,” she said. “He would frown upon trying to communicate through email or the telephone. He would say, ‘Let’s meet up. I’ll come to you or you come to me. Let’s talk.’”

A proud Sun Devil, Zah was a season ticket holder to ASU women’s basketball and was instrumental in bringing “Showdown on the Rez” to the Navajo Nation in 2018, she said.

“He incorporated a lot of Diné teachings,” said Bowen, who added that Zah had remained a mentor to her after he retired.

“He valued relationships and encouraged the students to greet each other as relatives. He used that knowledge as a source of endurance.”

Zah’s family released a statement on Wednesday: “The family understands that the community is mourning alongside them because Peterson Zah was a loved mentor, grandfather and friend to many. We will pay tribute to this amazing Navajo man in the coming days. The immediate family is working on arrangements.”

Brayboy said that the loss of Zah’s many decades of accumulated wisdom is huge.

“But it’s sweetened a bit because of his legacy,” he said.

“Whether it’s the scholarship in the Sandra Day O’Connor School of Law that’s named for him, or our continued increasing numbers of Native students, staff and faculty, or ASU’s more clearly articulated commitment to the 22 tribal nations and communities in this state, it all starts with Pete.”

Top photo: Peterson Zah speaks during the American Indian Convocation at Arizona State University in 2006. Photo by Tom Story/ASU

Mary Beth Faller

Reporter , ASU News