Abstract
The temporal and frequency responses of liquids, including polar and nonpolar liquids have been obtained in a free-space magneto-optic sampling experiment. The nearshot noise limited detection and microTesla/√Hz magnetic field sensitivity allow more than a 30 dB dynamic range. A theoretical profile is contrasted with the experimental results for water providing corroborative evidence of the interaction length between the pump and probe beams. Also presented is the experimental profile of the GHz waves propagating through and interacting with a sample of water.
© 1999 Optical Society of America
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