Luneburg-fisheye lens made of anisotropic metasurface, which features as Luneburg along the horizontal optical axis while as fisheye along the vertical optical axis. We propose a method to control the
Abstract We analyze the behavior of an optical focusing system, used by Richard Feynman in his famous physics classes. The system is a biconvex optical lens with symmetry of revolution around an axis
Mathematica notebook containing two calculations: one that shows that the order of two (ideal) lenses with a common nodal point can be interchanged without affecting the mapping between object and ima
Luneburg-fisheye lens made of anisotropic metasurface, which features as Luneburg along the horizontal optical axis while as fisheye along the vertical optical axis. We propose a method to control the
This is a Zemax OpticStudio lens file associated with the technical note "Progressive lens approach to variable focus without moving parts in electronic imaging systems," by Ronian Siew (see reference
