Keynote: Analyzing Optical Systems with Simulation at Carl Zeiss AG
Länge: 26:57
In a keynote talk from COMSOL Day: Microwave & Optics, Manuel Decker of Carl Zeiss AG shares how his organization uses multiphysics simulation to optimize optical system designs. During his presentation, Decker discusses using the COMSOL Multiphysics® software to analyze metalenses, waveguides, and optical coherence tomography.
Manuel Decker is a research scientist in the Computational Algorithms group at Carl Zeiss AG, where he focuses on computational imaging and virtual prototyping of optical systems and devices.
Tip: Learn about the rich history of Carl Zeiss and his company after watching the video.
Kapitelauswahl
Introduction (0:00)
Agenda (0:39)
Zeiss Legacy (2:41)
Zeiss Group (4:01)
Our Mission (6:27)
Interfacing 3D Nearfields With Optical System Design (7:42)
Example 1 (10:41)
Benchmarking Scientific Results (11:45)
Capturing the Full Lens Performance via FEM Nearfield Simulations with COMSOL (13:40)
From FEM Efficiencies to Full Image Simulations (17:25)
Example 2 (19:58)
Simulation-Enhanced Determination of Waveguide Properties (20:20)
Example 3 (23:21)
COMSOL-OCT Simulation Workflow (23:42)
COMSOL-OCT Simulation Toy Model (24:24)
OCT Signal Forward Calculation: Toy Sample (24:44)
Conclusions (25:49)