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Scholars Day: April 7, 2010

Using Faraday Rotation to Determine Internal Magnetic Properties

In studying a Faraday Effect, known as Faraday rotation, one looks at the change in polarization of incident laser beam through a sample in an external magnetic field, and links this to the internal magnetic properties of the sample’s material. This change in polarization can be measured by shining a laser of known polarization through the sample in the field, and then measuring the polarization angle of the emerging beam with a secondary polarizer and photometer. The polarization change is generally wavelength dependant, and this characteristic will also be investigated. The result of this research will be to develop a new experiment for the Advanced Physics Laboratory.

Presenter: Kara Richter (Undergraduate Student)
Topic: Physics
Location: Fireside Lounge - Union
Time: 1:15 pm (Session III)


Sat, Apr 26

APA & Library Services
10:30 am - 11:30 am

Research & Database Searching
noon - 1 pm