Structural Transfer to HOE – Off-Axis Focusing Example
Two-Step Design – Part 2
Abstract
Use the HOE twin for structure-based simulations using wavefront phase data, like those obtained by the WPM twin. Here we correct aberrations from an off-axis focusing wavefront.
Document Center
White Paper
Are you intrested in further readings:
Feature Demo
Two-Step Design - Part 1: WPM Phase Synthesis - Off-Axis Focusing Example
Use the Wavefront Phase Modifier Twin to model and correct off-axis focusing effects on reflective conical surfaces, enabling accurate wavefront control...
Tutorial
Wavefront Error Detector
Wavefront error is defined as the difference between the reference wavefront phase, which is a constant phase or spherical phase, and the detected wavefront phase of one optical system.
Use Case
Aberration Control via Metalens
Spherical aberration was corrected using a metalens, which compensated for focal spot broadening seen in a spherical-plano lens.
Feature Demo
Two-Step Design - Part 1: WPM Phase Synthesis - Beam Expander Example
Wavefront Phase Modifier Twins enable wavefront re-collimation after a plano-concave lens by applying a tailored phase correction ...
Feature Demo
Two-Step Design - Part 2: Metasurface Design - Beam Expander Example
From a desired wavefront Phase to a real metalens structure. This feature demo illustrates this transition using a beam expander system.