An application of the SMS method for imaging designs.

Area of Science:

• Optics and Photonics
• Optical Engineering
• Lens Design

Background:

• Traditional lens design often relies on paraxial approximations.
• Aplanatic designs represent a classical approach to correcting specific optical aberrations.

Purpose of the Study:

• To apply the Simultaneous Multiple Surface (SMS) method in 2D for advanced lens design.
• To compare the performance of SMS-designed lenses against traditional aplanatic designs.
• To evaluate the effectiveness of SMS when optimizing for entire field image quality.

Main Methods:

• Implementation of the Simultaneous Multiple Surface (SMS) method in planar (2D) geometry.
• Utilizing a merit function that assesses image quality across the entire field of view.
• Comparative analysis of SMS-generated lenses with established aplanatic designs.

Main Results:

• SMS-based imaging designs demonstrate performance comparable to aplanatic designs.
• The SMS strategy proves superior when image quality is evaluated over the entire field.
• Aplanatic designs are identified as a specific instance within the broader SMS framework.

Conclusions:

• The Simultaneous Multiple Surface (SMS) method provides a powerful and versatile tool for optical lens design.
• SMS offers advantages over traditional methods, particularly for applications requiring high image quality across wide fields.
• The SMS method unifies and extends classical optical design principles.