Achromatic aberration protection in stabilized-zoom systems with optical singularities

Area of Science:

• Optical Engineering
• System Design

Background:

• Designing achromatic stabilized-zoom systems presents challenges in maintaining optical performance across zoom ranges.
• Existing methodologies struggle to preserve critical achromatic properties under varying optical-path parameters.

Purpose of the Study:

• To develop a singularity protection framework for enhanced achromatic stabilized-zoom system design.
• To extend existing design methodologies for improved stability and spectral coverage.

Main Methods:

• Integration of a low-dimensional Gaussian optical-path parameter cluster with a high-dimensional aberration-constrained parameter space.
• Characterization of chromatic aberrations and application of regularized singularity constraints.

Main Results:

• Preservation of critical achromatic solution regions within multiple optical-path parameters.
• Retention of influential achromatic features for rapid zooming stability and convergence.
• Establishment of a robust theoretical foundation for versatile achromatic optical zoom systems.

Conclusions:

• The proposed framework offers a general solution paradigm for advanced zoom architectures.
• Enables high stability and wide spectral coverage for applications in imaging and instrumentation.