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The measurements showed some promises for liquid crystals to be used for tuning, but more characterization and technological work is needed.
Hence, their presence must be accounted for whenever preparing and utilizing holographic polymer-dispersed liquid crystals in any application.
Very interestingly, these are unprecedented guidelines to obtain liquid crystalline compounds.
The methodology described here may be readily applied to quartz crystals immersed in a liquid.
Compared with other techniques in the literature, the proposed methodology is a reliable and very simple technique for the physical investigation of liquid crystals.
Thus, the comparative study of simulated and experimental results for the pair of similar liquid crystals still can be assumed plausible.
The study contributes to further choice and applications of the liquid crystals.
These studies will contribute to further choice and application of the liquid crystals.

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