Multi-Object Adaptive Optics (MOAO) is the technique of high-angular-resolution astronomy whereby blurring by the Earth's turbulent atmosphere is compensated in real-time using a number of simultaneously acting deformable mirrors, one each per dedicated target direction, often driven using control information derived from a single tomographic wavefront sensing system.
Grand Questions for MOAO (Draft)
Can object selection mechanisms having sufficient speed, accuracy, stability, and patrol range for MOAO be built?
Can wavefront sensors of sufficiently good linearity, stability, and dynamic range for MOAO be built?
Can residual low-order aberrations resulting from the nature of open-loop go-to correction be sufficiently controlled (using additional information)?