SLAC National Accelerator Laboratory’s Post

⚡️ Bright, short pulses of light produced by X-ray free-electron lasers allow researchers to image molecules and atoms with unprecedented detail and study biological, chemical, and material processes in real time. The Ultrafast X-ray Summer School (UXSS), run by the Stanford PULSE Institute and held at SLAC, brought more than 130 undergraduate students, graduate students, and postdocs onsite this year. They immersed themselves in the powerful technology of X-ray science through lectures, discussions and networking, and even developing ideas for how to use a cutting-edge tool like SLAC's LCLS X-ray laser, the most powerful in the world, for their own research. Scroll through for a perspective from Sophia Vogelsang, a PhD student at the University of Wisconsin-Madison who attended UXSS, and read more about the school's success story: https://lnkd.in/gSihPMDD #ultrafastscience #UXSS

  • Headshot of Sophia Vogelsang wearing a red shirt and trees in the background with text above that reads "UXSS 2024"
  • Graphic reads: “I didn't have a lot of prior knowledge about ultrafast X-rays and free electron lasers, so this was definitely a cool opportunity to learn more about them from a lot of different people in different disciplines. Moving forward, I'm definitely excited to see if I can come to these facilities again, but as a user.”

– Sophia Vogelsang, PhD student at the University of Wisconsin-Madison and UXSS student who studies the chemistry of Australian plant exudates, natural plant binder materials used by Aboriginal peoples.
  • Group photo of people smiling on the stairs of a building surrounded by trees. The people all wear matching red shirts. The text above them in the graphic reads, "The annual Ultrafast X-ray Summer School, UXSS, run by the Stanford PULSE Institute at SLAC with funding from the DOE Office of Science's Basic Energy Sciences program, has educated thousands of students in the tools of ultrafast X-ray science from at least 10 countries during its 18 years of operation."

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