Generation of arbitrary perfect Poincaré beams

We propose a method to generate arbitrary perfect Poincare beams using one spatial light modulator (SLM). A polarization beam splitter is used to generate two polarization beams that are orthogonally (x and y) polarized. Half of the SLM helps shape the x-polarized beam; simultaneously, the other half of the SLM shapes the y-polarized beam. By adding different or the same spiral phases to the orthogonally polarized beams, any point on the Poincare surface can be reached. The proposed approach is experimentally evaluated. The ring diameter remains the same when different polarization orders and topological charges are programmed. The generation of perfect Poincare beams including fundamental Poincare sphere, high-order Poincare sphere, and hybrid Poincare sphere are demonstrated in our system.