Observations of the Dynamical Behavior of Flux Tubes and High Resolution Techniques in Solar Physics

摘要

The proposed of the research are to study development of high resolution imaging techniques for solar physics, and observations of the dynamic behavior of magnetic field lines in the solar photosphere. Proposed research included the development of a wavefront sensor which might be used on extended sources, such as solar granulation. This information can either be used in post-processing to correct the image, or with an adaptive mirror which compensates for the wavefront error in real-time. Also it has been developed normalized signals which return the aberrated wavefront to within 5 rms error.