The technique called adaptive optics uses dynamic mirror motion to enhance the performance of the new generation of spaced-based telescopes. True False

Adaptive optics (AO) is a technique that enhances optical systems' performance by minimizing the impact of incoming wavefront aberrations and deforming a mirror to account for the distortion.
It is employed in microscopy, optical manufacturing, and retinal imaging systems to lessen optical aberrations and in astronomical telescopes and infrared communication devices to eliminate the impacts of environmental turbulence.
Using a technology that adjusts flaws, including a flexible reflector or a liquid crystal array, adaptive optics(AO) measures the abnormalities in a wavefront and adjusts them.

How can adaptive optics(AO) enhance a telescope's capabilities?

To counteract the impacts of disturbance, it quickly modifies the telescope mirror's shape.
A moderately luminous target star that is adjacent to the target being studied is necessary for adaptive optics.
With the use of the deformable mirror, the blurring brought on by the nearby atmosphere is measured using this reference star.

Therefore, it is concluded that the mentioned statement is true.

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