Adaptive Optics Control Using Transverse Actuators
Type: Project
Institution: Sharif University of Technology
Overview
Solved a complex inverse dynamic problem related to shape control of deformable mirrors, crucial components in modern large telescopes.
Challenge
Deformable mirrors require precise shape control to correct atmospheric distortions in astronomical observations. The inverse problem of determining actuator inputs for desired mirror shapes is mathematically challenging.
Approach
- Applied PDE-constrained optimization methods
- Developed novel control algorithms for transverse actuators
- Created mathematical models for mirror dynamics
Impact
Generated new insights that could potentially improve adaptive optics systems in astrophysics applications, enabling clearer astronomical observations.