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align:start position:0%
do is take polar Reiser and
align:start position:0%
do is take polar Reiser and
as we did with the other laser let's
align:start position:0%
as we did with the other laser let's
align:start position:0%
as we did with the other laser let's
take the polarizer and look at
align:start position:0%
take the polarizer and look at
align:start position:0%
take the polarizer and look at
the spectrum now if we look at the scope
align:start position:0%
the spectrum now if we look at the scope
align:start position:0%
the spectrum now if we look at the scope
after I make a slight adjustment of the
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after I make a slight adjustment of the
align:start position:0%
after I make a slight adjustment of the
gain because of the loss in the in the
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gain because of the loss in the in the
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gain because of the loss in the in the
polarizer now what I'm going to do is
align:start position:0%
polarizer now what I'm going to do is
align:start position:0%
polarizer now what I'm going to do is
look at the spectrum of the laser light
align:start position:0%
look at the spectrum of the laser light
align:start position:0%
look at the spectrum of the laser light
on the scope as a function of of
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on the scope as a function of of
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on the scope as a function of of
polarization so first you can see with
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polarization so first you can see with
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polarization so first you can see with
the polarization set at this angle you
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the polarization set at this angle you
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the polarization set at this angle you
see essentially we have predominantly
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see essentially we have predominantly
align:start position:0%
see essentially we have predominantly
one one mode and then if I
align:start position:0%
one one mode and then if I