Conoscopic Patterns for Optically Uniaxial Gyrotropic Crystals in the Vicinity of Isotropic Point
Yu. Vasylkiv, Yu. Nastishin, R. Vlokh
TL;DR
This paper presents computer simulations of conoscopic patterns in optically uniaxial gyrotropic crystals near the isotropic point, revealing special directions where linear and circular birefringences are equalized.
Contribution
It introduces detailed simulation results of conoscopic patterns near the isotropic point, highlighting the existence of special directions with equal linear and circular birefringences.
Findings
Identification of special directions with equal birefringences
Simulation of conoscopic patterns for various crystal parameters
Insights into optical behavior near the isotropic point
Abstract
We have presented computer simulations of conoscopic patterns occurring in optically uniaxial gyrotropic crystals in the vicinity of isotropic point for a number of sets of crystal parameters and orientations. The appearance of special directions characterized by equalization of linear and circular birefringences has been revealed.
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