Lasers
- How to convert from Lumerical simulations to OpticStudio and back
- STOP Analysis of high-power laser systems - part 5
- STOP Analysis of high-power laser systems - part 3
- STOP Analysis of high-power laser systems - part 4
- STOP Analysis of high-power laser systems - part 2
- STOP Analysis of high-power laser systems - part 1
HUD & AR
- Birdbath architecture for augmented reality (AR) system - part 1-System setup, optimization, and human vision simulation
- Birdbath architecture for augmented reality (AR) system - part 2 – Accurate polarizing element simulation
- Optimization of Exit Pupil Expander with 2D out-coupler
- Head-up Display: from OpticStudio to Speos
- Dynamic workflow between Lumerical RCWA and Zemax OpticStudio
- Stray light analysis for Head-up-Display - Part 3
Illumination Systems
- Infrared thermometer and thermal camera simulation using OpticStudio
- How to model the human skin and optical heart rate sensors in OpticStudio
- How to use Luminit's LSD model in OpticStudio - webinar
- Designing a flood light with OpticStudio's Part Designer
- Fly’s eye arrays for uniform illumination in digital projector optics
- Modeling Photoluminescence in OpticStudio: A Photoluminescent Solar Concentrator
Imaging Systems
- From Concept to CubeSat Part 1: Using Ansys Zemax Software to Develop a CubeSat System
- STAR Symmetry Tool
- Using the Export to Speos Lens System tool
- Designing Cell phone Camera Lenses Part 1: Optics
- From Concept to CubeSat Part 3: Using the Ansys Zemax Software Suite to Develop a CubeSat System
- From Concept to CubeSat Part 4: Using the Ansys Zemax Software Suite to Develop a CubeSat System
Lens Design
- Realistic modeling of relief-type diffractive intraocular lenses using User-Defined Surface DLLs
- How to design DOE lens or metalens in OpticStudio
- How to use OPTOTUNE focus-tunable liquid lenses in OpticStudio
- STAR 22.3 Active RBM Feature
- Designing intraocular lenses with OpticStudio - webinar
- Who's afraid of freeform optics? - webinar
