Advanced Photon Source

Cytokine storms are potentially life-threatening overreactions of the immune system provoked by viral infection and other “threats.” Scientists at the University of Washington used X-ray crystallography at the APS to computationally design protein inhibitors that may prevent the COVID-19-related cytokine storm. Learn more about this promising research and its impacts - https://lnkd.in/g4apjuf4

The emergence of drug-resistant bacteria highlights the urgent need to create new ways of treating disease. With this goal in mind, a research group from the University of Michigan conducted a substrate-trapping study of bacterial enzymes that make an important class of antibiotics. Using the GM/CA facility at the Advanced Photon Source, researchers gained insights that will aid in designing new enzymes for developing antibiotics to combat resistance. Learn more - https://lnkd.in/gjE_xs-H

Did you know that the moon and sun's gravitational pull creates tidal forces that even affect the Advanced Photon Source? It's true: These forces subtly deform the APS every day, but don't worry—it's equipped to handle it. Learn how Argonne physicist, Louis Emery, and his team are working behind the scenes to keep the electron beam aligned through their advanced feedback system. 👉 https://lnkd.in/g9iRfvCG

Meet Eugene Swetin, the award-winning engineer who’s made a splash here at the Advanced Photon Source for the past 30 years and counting - https://lnkd.in/gxZFdeT3 As the Process Water Engineer at the APS, Swetin plays a key role in maintaining the delicate balance of water systems that support groundbreaking advancements. “Half a million gallons of water, flowing at approximately 20,000 gallons per minute through nearly 100 pumping systems, goes through virtually all APS accelerator components like blood through human organs,” said Swetin. Learn more about Swetin and how his work helps keep the APS flowing.

Are you an early career graduate student in science? Don't forget to apply for this exciting opportunity: The Advanced Photon Source and Argonne National Laboratory are hosting the National X-ray School (NX School) from July 27 – August 4, 2025. This intensive nine-day program is designed for grad students who are eager to use various X-ray techniques to elevate their thesis work. Participants will gather at Argonne to gain invaluable insights through lectures from experts in academia, industry and national labs - as well as hands-on experiments at the Advanced Photon Source. The program accepts 50 applicants annually, prioritizing students who are in their 2nd or 3rd year of graduate studies and who will utilize multiple X-ray techniques in their research. This is a great chance to enhance your research skills and collaborate with peers in physics, chemistry, materials science, and more. The application deadline is next week on April 7, 2025. Apply now to secure your spot and be part of this career-boosting experience! 👉 https://lnkd.in/gm6KQ3xh

Exciting advancements in battery technology are on the horizon! Scientists are pushing boundaries to observe microscopic changes in battery materials as they charge and discharge. With the new In Situ Nanoprobe (ISN) at the upgraded APS, researchers will achieve X-ray imaging resolution like never before, up to 500 times brighter. This state-of-the-art technology will not only revolutionize battery chemistry but also advance research in solar cells and catalysts. Don’t miss out - watch the video to see the future of energy storage unfold! ⬇️

We're taking a #ThrowbackThursday look back at the early days of the Advanced Photon Source. From a plot of land to a world-class X-ray light source facility, we’ve certainly come a long way!

Time flies! Let's take a look back at how it all started as we celebrate the 30-year anniversary of first light at the original APS - https://lnkd.in/g9FVjGGt

Still shining bright: On March 26, 1995, the Advanced Photon Source saw its first light at the U.S. Department of Energy (DOE)'s Argonne National Laboratory. As one of the premier synchrotron X-ray sources globally, this DOE Office of Science user facility has been a beacon for groundbreaking research and discoveries. In celebration of this milestone, we're sharing 30 fascinating facts about the APS that highlight its incredible journey and contributions to science. Join us in honoring 30 years of brilliance - https://lnkd.in/eT2N2YE2

Exciting news: The APS has reached a significant milestone by achieving the full design beam current of 200 milliamps (mA) in our upgraded electron storage ring. "This accomplishment is a key goal of the APS Upgrade project, ensuring we continue to provide you with the world's best synchrotron X-ray beams," writes Jonathan Lang, Director of the X-ray Science Division. This achievement marks another important step toward the anticipated completion of the APS Upgrade project this summer. Stay tuned for more updates!