Dr. Steve Kane Profile

Dr. Steve Kane

Applications Engineer/Diffraction Gratings at HORIBA Instruments Inc

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Proceedings Article | 25 February 2009 Paper

Single grism pulse compressor

Vikrant Chauhan, Pamela Bowlan, Edward Miesak, Steve Kane, Rick Trebino

Proceedings Volume 7203, 72030Z (2009) https://doi.org/10.1117/12.809184

KEYWORDS: Diffraction gratings, Mirrors, Ultrafast phenomena, Optical design, Prisms, Transform theory, Reflection, Sapphire, Oscillators, Collimation

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We introduce a simple, compact, and automatically distortion-free single-grism pulse compressor that can compensate for large amounts of material dispersion in ultrashort pulses, which increases the pulse duration and decreases the peak intensity. Diffraction-grating pulse compressors can compensate for high dispersion, but they do not compensate for higher-order dispersion (important when GDD is large). Worse, all previous general-purpose grating designs have involved multiple gratings and so are also difficult to align and prone to distortions: small misalignments cause unwanted spatio-temporal pulse distortions. A compressor based on grisms solves the higher-order-dispersion problem because grisms allow the ratio of third-order to second-order dispersion to be tuned to match that of the material that introduced the GDD. A grism can also compensate for large amounts of dispersion. Unfortunately, previous grism compressors used multiple grisms and so are difficult to align and prone to spatio-temporal distortions. To overcome this problem, we introduce a single-grism compressor. It comprises only three elements: a reflection grism, a corner cube, and a roof mirror. SEA TADPOLE measured the compressor GDD and third-order dispersion, verifying its operation. This convenient device should be a valuable general tool.

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