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I'm in need to find a paper/book that discusses how to obtain the $g^{(2)}$$g^{(2)}$ correlation of a certain emitter when using an HBT interferometerHanbury Brown Twiss interferometer (HBT) with two APDssingle photon avalanche diodes (APD). This means recovering $g^{(2)}$ from data obtained with, possibly, different quantum efficiencies on each APD and different noise background levels.

For some reason I can't find it. Any recommendation or link will be much appreciated.

I'm in need to find a paper/book that discusses how to obtain the $g^{(2)}$ correlation of a certain emitter when using an HBT interferometer with two APDs. This means recovering $g^{(2)}$ from data obtained with, possibly, different quantum efficiencies on each APD and different noise background levels.

For some reason I can't find it. Any recommendation or link will be much appreciated.

I'm in need to find a paper/book that discusses how to obtain the $g^{(2)}$ correlation of a certain emitter when using an Hanbury Brown Twiss interferometer (HBT) with two single photon avalanche diodes (APD). This means recovering $g^{(2)}$ from data obtained with, possibly, different quantum efficiencies on each APD and different noise background levels.

For some reason I can't find it. Any recommendation or link will be much appreciated.

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nabla
nabla
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  • 5
  • 20

Experimental $g^{(2)}$ measurement

I'm in need to find a paper/book that discusses how to obtain the $g^{(2)}$ correlation of a certain emitter when using an HBT interferometer with two APDs. This means recovering $g^{(2)}$ from data obtained with, possibly, different quantum efficiencies on each APD and different noise background levels.

For some reason I can't find it. Any recommendation or link will be much appreciated.