Ryan Schonert ’16 Replicated Cosmic Dust for Lab Study
April 27, 2017
How do you analyze cosmic dust when the closest samples are light years away, in the outer reaches of space?
“It turns out, a lot of the materials we think comprise cosmic dust can be made in
the lab,” said Associate Professor of Physics Thushara Perera. Of course, it is far
more complicated than mixing a little carbon monoxide, some amorphous silicate and
a bit of oxygen.
Through funding as an Eckley Scholar, IWU chemistry major Ryan Schonert ’16 spent
the summer of 2015 working under Professor of Chemistry Rebecca Roesner’s guidance
to develop a procedure for producing magnesium and iron silicate dusts in the lab.
In addition, he developed a method for producing the dust in the form of a polyethylene
pellet so it could be inserted into the spectrometer.
“[This] work crosses the disciplines of physics, astronomy and chemistry, and that
makes it exciting,” said Perera, who called the collaboration with Roesner “both necessary
and enriching to the project.” He said if not for the “neighborly atmosphere” between
small academic departments, “I could not imagine enlisting a chemistry major such
as Ryan and collaborating so closely with a chemistry colleague like Professor Roesner
on this work.”
Schonert produced about 20 high-quality samples, Perera said; enough to put this phase
of the project on hold until the spectrometer is completed. “We have about eight that
test 99 percent pure,” said Perera. “We hope to take on another chemistry student
to produce new types of cosmic analog dusts once the instrumentation is up and running.”
According to Perera, Schonert showed an aptitude for figuring things out on his own
and a fearlessness for trying new solutions to a problem — important qualities when
working on a project with so many unknowns and “crucial for success in a research
environment, such as graduate school or industry.”
Schonert said that the independence he was given was his favorite aspect of the project.
He is now a graduate student in forensic chemistry at Penn State University, where
he’s working on a research project involving the transfer of a far less cosmic substance: