Facilities: Difference between revisions
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== Laser system == | == Laser system == | ||
The backbone of the ultrafast laser lab is a Spectra-Physics XP laser system, capable of producing 2+mJ, 40fs, 800nm pulses at a 1kHz repetition rate. We have also built a cryogenically cooled power amplifier with the capabilities of generating 5+mJ pulses at 1kHz. | The backbone of the ultrafast laser lab is a Spectra-Physics XP laser system, capable of producing 2+mJ, 40fs, 800nm pulses at a 1kHz repetition rate. We have also built a cryogenically cooled power amplifier with the capabilities of generating 5+mJ pulses at 1kHz. In addition we have access to a high-power optical parametric amplifier (OPA) capable of generating high energy ultrafast pulses throughout the optical and near-infrared portion of the electromagnetic spectrum. | ||
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== Pulsed X-ray Source == | == Pulsed X-ray Source == | ||
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Latest revision as of 17:48, 27 June 2012
The ultrafast facility (Sharp 012) consists of 750 sq. ft of laboratory space.
Laser system
The backbone of the ultrafast laser lab is a Spectra-Physics XP laser system, capable of producing 2+mJ, 40fs, 800nm pulses at a 1kHz repetition rate. We have also built a cryogenically cooled power amplifier with the capabilities of generating 5+mJ pulses at 1kHz. In addition we have access to a high-power optical parametric amplifier (OPA) capable of generating high energy ultrafast pulses throughout the optical and near-infrared portion of the electromagnetic spectrum.
Pulsed X-ray Source
For time-resolved x-ray diffraction measurements we have constructed a pulsed x-ray source based upon ultrafast plasma generation in a solid copper target. The x-ray source can generate greater than hard x-ray photons per second radiation, with a sub-picosecond x-ray pulse width. To detect the radiation, we use a combination of a custom made poly-capillary x-ray optic (XOS systems) with a direct detection, liquid nitrogen cooled x-ray CCD camera.
Time-domain Terahertz spectrometer
Time-domain Terahertz spectroscopy uses ultrafast optical radiation to directly measure the electric field of far-infrared radiation. In addition to a traditional free-space electro-optic sampling spectrometer, we have been developing a terahertz electro-optic modulator for terahertz spectroscopy
