UHIL & BEAMLINES

Adaptive Optics, Wavefront Sensing, and Metrology for Lasers and Beamlines.

Adaptive optics and wavefront sensing for beamlines and high intensity lasers enabling beamline alignment real time monitoring and focal spot correction

Imagine Optic offers comprehensive solutions in adaptive optics for high intensity lasers and beamlines, including laser fusion, high-intensity laser facilities, and plasma characterization. We provide adaptive optics technology and wavefront sensing and metrology systems for precise beamline alignment, real-time beam monitoring, and focal spot correction, ensuring optimal performance and precision in your advanced laser applications.

LASER FUSION

Adaptive optics (AO) is critically important for laser inertial confinement fusion (ICF) because it ensures that the laser beams driving the implosion have the required precision, symmetry, and beam quality. Even small optical distortions can prevent a fusion target from compressing uniformly, drastically reducing fusion yield.

Adaptive optics for high intensity laser facilities improving focused intensity and correcting distortions for optimal experimental performance

HIGH INTENSE LASERS FACILITIES

By Improving beam quality and maximizing focused intensity, Adaptive Optics (AO) plays a critical role in high-intensity laser facilities, where even tiny distortions in the laser beam can drastically reduce performance and experimental outcomes.

PLASMA CHARACTERIZATION

Wavefront measurement is a powerful diagnostic tool in plasma physics, enabling precise characterization of plasma density, visualization of complex structures, and optimization of laser-plasma experiments. With its wavefront sensor for Deep and Extreme UV, as well as its very high spatial resolution LIFT wavefront sensors, we are key players in the field of plasma characterization.