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Kokeyama, Haoyu, Koyama, Hirose, Yuzu, Park, Izumi | |
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* Analytic caliculation vs finesse model (FPMI) [[https://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/private/DocDB/ShowDocument?docid=11857|technical note]] * Analytic caliculation vs finesse model (PRFPMI) [[https://gwdoc.icrr.u-tokyo.ac.jp/cgi-bin/private/DocDB/ShowDocument?docid=11858|technical note]] 1. try "fsig" 1. when comparing with measurement, and use "fig" be careful of the frequency 1. use python 3 |
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1. to test: the coupled cavity analytic model 1. to setup two-world model (somiya model using BS to separate S-P) and check the fields |
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1. Checking OMC parameters, testing finesse 1. setting up Optickle |
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1. Yuzu-san gave a lecture to setup Debian on windows machines. 1. Next step: python, finesse, gui libraries 1. let's setup the next lecture |
Simulation Meeting
Participants
Kokeyama, Haoyu, Koyama, Hirose, Yuzu, Park, Izumi
Updates
- IFO modeling
Analytic caliculation vs finesse model (FPMI) technical note
Analytic caliculation vs finesse model (PRFPMI) technical note
- try "fsig"
- when comparing with measurement, and use "fig" be careful of the frequency
- use python 3
- Birefringence modeling
- to test: the coupled cavity analytic model
- to setup two-world model (somiya model using BS to separate S-P) and check the fields
- OMC modeling
- Checking OMC parameters, testing finesse
- setting up Optickle
- Simulation interface
- Yuzu-san gave a lecture to setup Debian on windows machines.
- Next step: python, finesse, gui libraries
- let's setup the next lecture