Lightwave Logic Inc (LWLG)

[forztnt2]

FRUNO, an attempt to answer your question.

https://aip.scitation.org/doi/pdf/10.1063/5.0048712

Excellent document for the technically inclined or curious. Great discussion and summary on modulator material types, design types ( MS/Ring), current performance trends, energy efficiency, reliability as well as future outlook. Provides data for many of the topics discussed on this board. EO Polymers fare well (the race is on...). I believe this document was posted earlier but can't recall who to give credits to.


FRUNO: See Page 13: "Polymers with r33 exceeding 300 pm=V are
available, and theoretical values of chromophore hyperpolarizability predict r33 values even above 1000 pmV"

I don't think I have seen R33 numbers posted by LWLG that high either, but it seems LWLG is in good shape compared to academic theoretical state of art with a patent already granted discussing up to 750 PMV.

See also pages 29, 26, 13-14 19,20 for other relevant discussion to EO polymers.

GLTA