While officially billed as a physicist at SLAC National Accelerator Laboratory, our latest 10 Questions guest may be more aptly titled a scientific detective. In this fascinating addition to 10 Questions you’ll learn about how he used x-ray techniques to uncover historical mysteries from fossilized dinosaur remains to ancient mathematical texts.
Question: Why did you decide to pursue a career in science?
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Uwe Bergmann | Credit: Brad Plummer, SLAC
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Uwe Bergmann: I didn’t plan to do it. That’s the true answer. I started with physics. I had some friends in school and we thought it would be cool to study physics and somehow that stuck with me. None of my friends stayed in physics.
Q: What brought you to SLAC?
UB: The short answer is x-rays and water. Already at a young age I wanted to move to faraway places close to the sea, and from where I grew up the farthest big city in Germany was Hamburg. That’s where I got my Diplom (similar to a Masters) and my first taste of x-rays. I then moved across the Atlantic to Long Island doing my Ph.D. work at Stony Brook University and
Brookhaven National Lab working at the
National Synchrotron Light Source, the largest x-ray facility at the time.
After a two year postdoc at the European Synchrotron Radiation Facility in Grenoble, France, I moved to
Lawrence Berkeley National Lab where I worked for seven years, developing and applying new x-ray spectroscopy techniques. In 2003, there was an opportunity for some research on water which I couldn’t do there and a very good friend and colleague of mine encouraged me to apply at SLAC. I started at SLAC working for several years at the Stanford Synchrotron Radiation Lightsource, and two years ago there was this incredible opportunity to move to the
Linac Coherent Light Source (LCLS), the world’s first free electron x-ray laser. LCLS produces ultra-short ultra-intense x-ray pulses -- a billion times brighter than those produced in synchrotrons -- that we think will revolutionize how we will understand the atomic and nano world. It’s one of the most exciting places in science you can be right now, and I would have never dreamed to be here.