Verificación empírica de la influencia de la temperatura sobre un reflector ortoconjugado en una red fotónica recíproca

Abstract

The effect of the imperfections of the commercial Faraday rotator mirror due to the large temperature dependence of its Faraday rotator angle, and its influence on polarization change compensation induced by birefringence in reciprocal photonic circuits is experimentally demonstrated, and then compared and discussed with the theoretical results.