It’s not hard to imagine why Christopher S. Palenik (Ph.D. ’04) became fascinated with microscopes as a child. His father, Skip Palenik, is a renowned microscopy expert who maintained a full-fledged microscopy laboratory in the basement of the Palenik family home when Chris was growing up.
“From my earliest memories, I remember spending time in my father’s laboratory,” Palenik says. “I just assumed everyone in the world had a library and a laboratory in their basement.”
Throughout Palenik’s childhood, houseguests included scientists from Scotland Yard, the Soviet Forensic Service, and crime laboratories across the United States.
“It was back in the time when guests wouldn’t necessarily stay in hotels. My brother and I would sleep in the library while our guests stayed in our bedrooms.”
At dinner, Chris listened attentively to the stories the visitors told about solving crimes using microscopy.
“I remember talking with a scientist from Scotland Yard when I was 10 or 11. He showed me how he’d put a handgun inside a microscope. It made a big impression on me. I thought it was neat people were solving problems with science, and that they were solving problems people cared about.”
Following a Lead
By the time he was an undergraduate at the University of Chicago, he knew he wanted to follow in his father’s footsteps. This meant first going to graduate school. Palenik sent a letter about his background and interests to the department chairs of around 30 graduate programs, hoping to find a good match. His letter to the University of Michigan was a last-minute addition; he sent it because of the university’s strong reputation as a research institution. But he didn’t consider the school a serious contender, as he longed to escape the harsh Midwestern winters. Most of the programs Palenik had written to responded with little interest. But his letter to the University of Michigan was forwarded to Professor Rodney Ewing, who wrote Palenik a long response encouraging him to come to U-M.
“His interests were like mine—using science to solve interesting problems,” Palenik says. “I remember reading his letter and knowing I would go to the University of Michigan.”
Being a forensic scientist, you are often perceived to cut corners in the eyes of research scientists. My background at the University of Michigan has allowed me to bridge that gap.
Professor Ewing became Palenik’s advisor. Palenik’s dissertation, on the world’s only naturally occurring nuclear reactor, earned him the Proquest Distinguished Dissertation Award, which recognizes outstanding dissertations by Rackham Graduate School Ph.D. candidates. “I was incredibly fortunate to find someone as flexible and scientifically rigorous,” Palenik said of his advisor.
Following his time at U-M, Palenik completed internships at the German Federal Police Crime Laboratory and the Internal Revenue Service National Forensic Laboratory, as well as a post-doctoral fellowship at the Federal Bureau of Investigation. He then went to work with his father at their company, Microtrace. The company, based in Elgin, Illinois, uses a combination of microscopy and microanalysis to help solve cases for clients, who often include prosecution and defense teams in criminal cases. Work completed by Mircrotrace was instrumental to a number of high-profile criminal cases, including that of Gary Leon Ridgway, known as the Green River Killer, and the case known as the Atlanta Child Murders. Recently, Palenik worked on a project related to the highly publicized Steven Avery murder case, which was made famous by the Netflix series Making a Murderer.
“What’s exciting to me is being able to bridge the gap between research and day-to-day practical problems,” Palenik said. “Being a forensic scientist, you are often perceived to cut corners in the eyes of research scientists. My background at the University of Michigan has allowed me to bridge that gap.”