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Data for the ASD of fractional length variations of an optical cavity due to GW

Version 1.0

Narożnik, Mateusz, 2023, "Data for the ASD of fractional length variations of an optical cavity due to GW", https://doi.org/10.18150/S2UDSV, RepOD, V1

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Description

All required data to reproduce the ASD of fractional length variations of an optical cavity triggered by the passing through gravitational wave (GW) and possible GW sources that can be observed by this detector.

(2023-04-27)
Subject
Astronomy and Astrophysics; Physics
Keyword

gravitational waves detectors, ultra-stable optical clock cavity, QCD axions, primordial black-hole mergers

CC BY - Creative Commons Attribution 4.0 CC BY - Creative Commons Attribution 4.0

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Fig5.zip
ZIP Archive - 75.4 KB - Apr 27, 2023 - 8 Downloads
MD5: fbe325e79483fea9567cc888631e47a5
License: CC BY - Creative Commons Attribution 4.0
ASDh_Stellar_core_collapse_30kpc.csv - ASDh for the stellar core-collapse with the 30 kpc distance from the detector. ASDh_NSNS_H4_q10_20Mpc.csv - ASDh for the neutron star binary system inspiral and merger (model H4_q10) with the 20 Mpc distance from the detector. ASDh_NSNS_H4_q08_20Mpc.csv - ASDh for the neutron star binary system inspiral and merger (model H4_q08) with the 20 Mpc distance from the detector. ASDh_Subsolarmass_binary_10kpc.csv - ASDh for the subsolars-mass binary BHs merger with the 10 kpc distance from the detector. ASDh_Axions_1Msun_10kpc.csv - ASDh for the axions and axion-like particles formed through BH superradiance with BH initial mass equals 1 solar mass with 10 kpc distance. ASDh_Axions_2Msun_10kpc.csv - ASDh for the axions and axion-like particles formed through BH superradiance with BH initial mass equals 2 solar masses with 10 kpc distance. ASDh_Axions_4Msun_10kpc.csv - ASDh for the axions and axion-like particles formed through BH superradiance with BH initial mass equals 4 solar masses with 10 kpc distance. ASDh_Axions_6Msun_10kpc.csv - ASDh for the axions and axion-like particles formed through BH superradiance with BH initial mass equals 6 solar masses with 10 kpc distance. Below the same curves as in Fig.4: ASDh_SCS_05m_4K_withSN.csv - ASDh for the 0.5 m long SCS spacer cavity with crystalline coatings in 4 K with 50 uW SN. ASDh_SCS_05m_4K_withoutSN.csv - ASDh for the 0.5 m long SCS spacer cavity with crystalline coatings in 4 K without 50 uW SN. ASDh_SCS_05m_01K_withSN.csv - ASDh for the 0.5 m long SCS spacer cavity with crystalline coatings in 0.1 K with 50 uW SN. ASDh_SCS_05m_01K_withoutSN.csv - ASDh for the 0.5 m long SCS spacer cavity with crystalline coatings in 0.1 K without 50 uW SN. ASDh_SCS_1m_4K_withSN.csv - ASDh for the 1 m long SCS spacer cavity with crystalline coatings in 4 K with 50 uW SN. ASDh_SCS_1m_4K_withoutSN.csv - ASDh for the 1 m long SCS spacer cavity with crystalline coatings in 4 K without 50 uW SN. ASDh_SCS_1m_01K_withSN.csv - ASDh for the 1 m long SCS spacer cavity with crystalline coatings in 0.1 K with 50 uW SN. ASDh_SCS_1m_01K_withoutSN.csv - ASDh for the 1 m long SCS spacer cavity with crystalline coatings in 0.1 K without 50 uW SN. ASDh_SCS_2m_4K_withSN.csv - ASDh for the 2 m long SCS spacer cavity with crystalline coatings in 4 K with 50 uW SN. ASDh_SCS_2m_4K_withoutSN.csv - ASDh for the 2 m long SCS spacer cavity with crystalline coatings in 4 K without 50 uW SN. ASDh_SCS_2m_01K_withSN.csv - ASDh for the 2 m long SCS spacer cavity with crystalline coatings in 0.1 K with 50 uW SN. ASDh_SCS_2m_01K_withoutSN.csv - ASDh for the 2 m long SCS spacer cavity with crystalline coatings in 0.1 K without 50 uW SN. Ringdown_time.csv - calculated value for the ring-down time of the 0.5 m long spacer with 150000 finesse mirrors.
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Fig4.zip
ZIP Archive - 59.0 KB - Apr 27, 2023 - 7 Downloads
MD5: 8d079d15079cf9ef843eef1d22a63fb4
License: CC BY - Creative Commons Attribution 4.0
ASDh_ULE_05m_293K_withSN.csv - ASDh for the 0.5 m long ULE spacer cavity with crystalline coatings in 293 K. 50 uW with SN added. ASDh_ULE_05m_293K_withoutSN.csv - ASDh for the 0.5 m long ULE spacer cavity with crystalline coatings in 293 K without 50 uW SN. ASDh_SCS_05m_4K_withSN.csv - ASDh for the 0.5 m long SCS spacer cavity with crystalline coatings in 4 K with 50 uW SN. ASDh_SCS_05m_4K_withoutSN.csv - ASDh for the 0.5 m long SCS spacer cavity with crystalline coatings in 4 K without 50 uW SN. ASDh_SCS_05m_01K_withSN.csv - ASDh for the 0.5 m long SCS spacer cavity with crystalline coatings in 0.1 K with 50 uW SN. ASDh_SCS_05m_01K_withoutSN.csv - ASDh for the 0.5 m long SCS spacer cavity with crystalline coatings in 0.1 K without 50 uW SN. ASDh_SCS_1m_4K_withSN.csv - ASDh for the 1 m long SCS spacer cavity with crystalline coatings in 4 K with 50 uW SN. ASDh_SCS_1m_4K_withoutSN.csv - ASDh for the 1 m long SCS spacer cavity with crystalline coatings in 4 K without 50 uW SN. ASDh_SCS_1m_01K_withSN.csv - ASDh for the 1 m long SCS spacer cavity with crystalline coatings in 0.1 K with 50 uW SN. ASDh_SCS_1m_01K_withoutSN.csv - ASDh for the 1 m long SCS spacer cavity with crystalline coatings in 0.1 K without 50 uW SN. ASDh_SCS_2m_4K_withSN.csv - ASDh for the 2 m long SCS spacer cavity with crystalline coatings in 4 K with 50 uW SN. ASDh_SCS_2m_4K_withoutSN.csv - ASDh for the 2 m long SCS spacer cavity with crystalline coatings in 4 K without 50 uW SN. ASDh_SCS_2m_01K_withSN.csv - ASDh for the 2 m long SCS spacer cavity with crystalline coatings in 0.1 K with 50 uW SN. ASDh_SCS_2m_01K_withoutSN.csv - ASDh for the 2 m long SCS spacer cavity with crystalline coatings in 0.1 K without 50 uW SN. Optically_levitated_sensors.csv - predicted ASDh for optically levitated sensors. LIGO.csv - ASDh for LIGO o3. Einstein_telescope.csv - predicted ASDh for Einstein telescope. ELGAR.csv - predicted ASDh for ELGAR. NEMO.csv - predicted ASDh for NEMO. MiniGrail.csv - ASDh for Minigrail. Auriga.csv - ASDh for Auriga. Ringdown_time.csv - calculated value for the ring-down time of the 0.5 m long spacer with 150000 finesse mirrors.
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Fig3.zip
ZIP Archive - 44.2 KB - Apr 27, 2023 - 5 Downloads
MD5: 7e76d2a45fe8f65a9cb07ffd936f7479
License: CC BY - Creative Commons Attribution 4.0
ASDy_ULE_total_293K.csv - ASDy for the ULE cavity with crystalline coatings in 293 K. ASDy_ULE_spac_293K.csv - ASDy for the ULE spacer in 293 K. ASDy_ULE_sb_293K.csv - ASDy for the FS substrates in 293 K. ASDy_ULE_ctcrys_293K.csv - ASDy for the crystalline coatings in 293 K. ASDy_ULE_ctTO_293K.csv - ASDy for the thermo-optic noise of the crystalline coatings in 293 K. ASDy_ULE_sbTE_293K.csv - ASDy for the thermo-elastic noise of the FS substrates in 293 K. ASDy_SCS_total_4csv - ASDy for the SCS cavity with crystalline coatings in 4 K. ASDy_SCS_spac_4K.c - ASDy for the SCS spacer in 4 K. ASDy_SCS_sb_4K.csv - ASDy for the SCS substrates in 4 K. ASDy_SCS_ctcrys_4K.csv - ASDy for the crystalline coatings in 4 K. ASDy_SCS_ctTO_4K.csv - ASDy for the thermo-optic noise of the crystalline coatings in 4 K. ASDy_SCS_sbTE_4K.csv - ASDy for the thermo-elastic noise of the SCS substrates in 4 K. ASDy_SCS_total_01K.csv - ASDy for the SCS cavity with crystalline coatings in 0.1 K. ASDy_SCS_spac_01K.csv - ASDy for the SCS spacer in 0.1 K. ASDy_SCS_sb_01K.csv - ASDy for the SCS substrates in 0.1 K. ASDy_SCS_ctcrys_01K.csv - ASDy for the crystalline coatings in 0.1 K. ASDy_SCS_ctTO_01K.csv - ASDy for the thermo-optic noise of the crystalline coatings in 0.1 K. ASDy_SCS_sbTE_01K.csv - ASDy for the thermo-elastic noise of the SCS substrates in 0.1 K.
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README.txt
Plain Text - 6.9 KB - Apr 27, 2023 - 6 Downloads
MD5: e29a3eee29b13de7a3737e3f0a735d8f
License: CC BY - Creative Commons Attribution 4.0
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