New SLU Breadboard: Preparation and Control of Optical Laser at MagneDyn
The latest breadboard, specifically designed for the preparation and control of the optical laser at the MagneDyn beamline, is now fully operational. This state-of-the-art apparatus enhances the capacity to manage and manipulate the optical laser, ensuring precise and reliable experimental conditions for advanced scientific research conducted at the MagneDyn facility. The integration of this upgraded breadboard marks a significant milestone in the ongoing development and optimization of the beamline's capabilities.
The SLU system at MagneDyn boasts a state-of-the-art, dedicated optical breadboard designed for executing a wide array of crucial pulse manipulations and controls, such as polarization state adjustment, harmonic conversion, pulse compression, pulse width monitoring using an autocorrelator, beam steering, focusing, diagnostics, and pointing stabilization.
The system employs a non-linear frequency conversion setup to generate the second (SHG = 400 nm) and third (THG = 266 nm) harmonics of the fundamental wavelength, enabling the optical pumping of a diverse range of materials, such as metals, semiconductors, and rare-earth/transition metal oxides.
In addition to the aforementioned features, the MagSLU system also incorporates an optical parametric amplifier (OPA) source for generating tunable wavelengths, a hollow-core fiber for producing ultrashort 20 fs pulses, and a mid-infrared source to broaden the available spectral range for experimental applications.
