Differences between revisions 12 and 13
Revision 12 as of 2020-11-11 16:05:18
Size: 1911
Comment:
Revision 13 as of 2020-11-11 16:38:08
Size: 2162
Comment:
Deletions are marked like this. Additions are marked like this.
Line 32: Line 32:
 * (Akutsu-san) Can you change macroscopic length? - Yes  * (Akutsu-san) Can you change macroscopic lengths? - Yes
Line 35: Line 35:
 * Mach-Zhender model to simulate S->S, S->P, P->S, P->P conversion.
 * The intuitive understanding of this model is to convert S-P basis to e-o basis (extraordinary and ordinary axes) by the first BS, and covert back to S-P by the second BS.
 *

Simulation Summary (so-far) Meeting

2020 Nov 11, 3pm - 5pm, zoom2

Guest

Hiro Yamamoto Sensei

Participants

Kokeyama, Hirose, Wang, YamamotoH, Leonaridi, Koyama, Oshino, Akutus, Michimura, Yuzurihara, Somiya, Miyakawa, Oshino

Agenda

Topic

Speaker

Slide Link

Dur

Finesse IFO model

Kokeyama

o

5 mins

OMC model

Park

5 mins

Finesse GUI

Koyama, Hirose

GUIcross check

10 mins

Birefringence

Wang

link

10 mins

  • We will have free discussion time after each talk, which is not shown in the table

Minues

OMC

  • Wedge angles of OMC1, OMC2 matters?
  • Should we include the thickness (and wedge) of OMC1? (Somiya-san) Gouy phase difference between V and H is <1 deg, which should be negligible.

  • (Hiro-san)The slope (from HOM 0 -8 of the experiment) maybe reflecting the spatial abbreviation of the test masses having longer wavelength more than short wavelength
  • (Akutsu-san) Aso-san’s document: this. The current OMC is base on the **-R500.*** files. It is nice to confirm it with him! In my memo, with this document, I did double-checking of the Aso-san’s ray-trace with another commercial simulator.

GUI

  • The windows installation procedure is ready
  • (Hiro-san) Can you add mirrors? - No
  • We can expand the configuration, such as OMC and IMC.
  • (Akutsu-san) Can you change macroscopic lengths? - Yes

Birefringence

  • Mach-Zhender model to simulate S->S, S->P, P->S, P->P conversion.

  • The intuitive understanding of this model is to convert S-P basis to e-o basis (extraordinary and ordinary axes) by the first BS, and covert back to S-P by the second BS.

KAGRA/Subgroups/MIF/Simulation/SimMeeting20201111 (last edited 2020-11-11 17:22:01 by KeikoKokeyama)