Hybrid Lattice Formation by Polarization Engineered Multiple Beam Interference

We present simulation results for the formation of hybrid lattice structures embedded with polarization singularities of ellipse fields (C-points) and vector fields (V-points). These hybrid lattice structures are formed by engineering the state of polarization of interfering plane waves. the generated arrays consist of higher order V-points at the center surrounded by lower order C-points of opposite charge.