A Montana State University professor has won a prestigious $400,000 Career Award from the National Science Foundation for her work in magnetic resonance microscopy, a technique that allows researchers to see the inner workings of devices as small as one-tenth of a millimeter in size.
Sarah Codd's work assists research on fuel cells, medical catheters and the cleanup of contaminated soil and water. The NSF Career Award is notable because it goes to a single person, whereas most NSF grants support teams of researchers. It is NSF's most prestigious award to support the early career development of teacher-scholars. Codd is MSU's thirteenth winner since 1995.
Codd will use the funds paid out over five years to advance her research, teaching and public education of how magnetic resonance microscopy can be used to help solve a variety of pressing engineering problems.
This is the second major NSF award Codd has garnered in the past three years. She was awarded a $387,000 NSF Advanced Fellowship in 2004. Originally from New Zealand, she came to MSU in 2002.
Magnetic resonance microscopy (MRM) is based on the same principles as its better-known hospital cousin, magnetic resonance imaging, or MRI. However, MRM technology lets researchers see movies of fluids and gases moving through objects honeycombed with tiny channels.
"We know a lot about how water, or other fluids, flow through large channels, like rivers and the plumbing in your house, but there is a lot that's not understood about how fluids move through micro-channels," Codd said.
At this scale smaller than the width of a human hair the laws of physics, as most people know them, change: water can flow against gravity and molecules can stretch.
"Fluids behave very differently at small levels," Codd said. "We are able to create computer simulations based on physics about how fluids behave, but with MRM we can see inside objects to see if th
Contact: Sarah Codd
Montana State University