I read a paper which said that Jones matrix measurement can be improved with more averaging. Although they measure a sample which was changing its properties in time. its quite different. But, still wanted to try to save with more averaging. So I did 100 averaging of each point. Also, had to take measurement again after amending flaws in the averaging./

So, I scan the LC voltage from 0-3.5V with 0.1V step.

Input file:

with 10 avg: C:\Users\atama\OneDrive\LC-Experiment\Measurement Data\Polarization states\20240607\Fri, Jun 7, 2024 10-13-20 AM.txt

with 100 avg: C:\Users\atama\OneDrive\LC-Experiment\Measurement Data\Polarization states\20240607\Fri, Jun 7, 2024 10-52-34 AM.txt

Output files of optics:

QWP:

at 0 deg with 10 avg C:\Users\atama\OneDrive\LC-Experiment\Measurement Data\Retarder\QWP\20240605\0 deg\Fri, Jun 7, 2024 3-13-11 PM.txt

at 62 deg with 10 avg: C:\Users\atama\OneDrive\LC-Experiment\Measurement Data\Retarder\QWP\20240605\62 deg\Fri, Jun 7, 2024 3-42-36 PM.txt

at 0 deg with 100 avg : C:\Users\atama\OneDrive\LC-Experiment\Measurement Data\Retarder\QWP\20240605\0 deg\Fri, Jun 7, 2024 1-30-40 PM.txt

at 62 deg with 100 avg: C:\Users\atama\OneDrive\LC-Experiment\Measurement Data\Retarder\QWP\20240605\62 deg\Fri, Jun 7, 2024 4-12-57 PM.txt

Coating BB1E03:

at 0 deg with 100 avg: C:\Users\atama\OneDrive\LC-Experiment\Measurement Data\Coating measurement\BB1-E03\20240606\0 deg\Fri, Jun 7, 2024 5-40-54 PM.txt