|
Size: 7752
Comment:
|
Size: 9353
Comment:
|
| Deletions are marked like this. | Additions are marked like this. |
| Line 5: | Line 5: |
| * [http://scitation.aip.org/getabs/servlet/GetabsServlet?prog=normal&id=AJPIAS000071000004000365000001&idtype=cvips&gifs=yes An introduction to signal extraction in interferometric gravitational wave detectors] by Eric D. Black and Ryan N. Gutenkunst * [http://www.ligo.caltech.edu/docs/T/T980045-00.pdf Notes on the Pound-Drever-Hall technique] by Eric D. Black * [http://adsabs.harvard.edu/abs/2005RvMP...77..783B Feedback for physicists: A tutorial essay on control] by John Bechhoefer * [http://www.maxim-ic.com/appnotes.cfm/an_pk/1762 Beginner's Guide to Filter Topologies] * [http://www.ligo.caltech.edu/docs/P/P660001-00.pdf Laser Beams and Resonators] by H. Kogelnik and T. Li (a good introduction to Gaussian beams) * [attachment:PhaseNoiseTutorial.pdf Impact of ultralow phase noise oscillators on system performance.] A tutorial on phase noise. * [attachment:CharacterizingPhaseNoise.pdf Characterizing Phase Noise.] By MiniCircuit, a tutorial for the novice RF engineer on how to characterize phase noise. * [attachment:PLLDesign.pdf PLL Performance, Simulation and Design.] A tutorial on PLL design by National Semiconductor Corp.. * [attachment:mode_coupling.pdf Mode couplings of two astigmatic beams] by KA * [attachment:ChoosingAndUsingBypassCapacitors.pdf Choosing and Using Bypass Capacitors] A tutorial on why and how to use bypass capacitors. * [attachment:NoiseAnalysisInOperationalAmplifierCircuits.pdf Noise Analysis In Operational Amplifier Circuits]. A manual on op-amp circuits noise calculation by ''Texas Instrument''. * [attachment:LowNoiseAmplifierStabilityConceptToPracticalConsiderations.pdf Low-Noise Amplifier Stability Concept to Practical Considerations]. A tutorial on low-noise opamp stability by ''Maxim''. * [attachment:Microchip-DrivingCapacitiveLoadsWithOpAmps.pdf Operational Driving Capacitive Loads With Op Amps]. A useful tutorial by Microchip with nice analytical explanations. * [attachment:PickingCapacitorsI.pdf Picking Capacitors - Part I] * [attachment:PickingCapacitorsII.pdf Picking Capacitors - Part II] * [attachment:ChoosingMLCcapacitors.pdf Introduction to Choosing MLC Capacitors For Bypass/Decoupling Applications.] A tutorial on how to choose ''decoupling capacitors'' to ensure signal integrity. |
* [[http://adsabs.harvard.edu/abs/2005RvMP...77..783B|Feedback for physicists: A tutorial essay on control]] by John Bechhoefer * [[http://www.maxim-ic.com/appnotes.cfm/an_pk/1762|Beginner's Guide to Filter Topologies]] * [[attachment:PLLDesign.pdf|PLL Performance, Simulation and Design.]] A tutorial on PLL design by National Semiconductor Corp.. * [[attachment:ChoosingAndUsingBypassCapacitors.pdf|Choosing and Using Bypass Capacitors]] A tutorial on why and how to use bypass capacitors. * [[attachment:NoiseAnalysisInOperationalAmplifierCircuits.pdf|Noise Analysis In Operational Amplifier Circuits]]. A manual on op-amp circuit noise calculation by ''Texas Instrument''. * [[attachment:LowNoiseAmplifierStabilityConceptToPracticalConsiderations.pdf|Low-Noise Amplifier Stability Concept to Practical Considerations]]. A tutorial on low-noise opamp stability by Maxim. * [[attachment:Microchip-DrivingCapacitiveLoadsWithOpAmps.pdf|Operational Driving Capacitive Loads With Op Amps]]. A useful tutorial by Microchip with nice analytical explanations. * [[attachment:PickingCapacitorsI.pdf|Picking Capacitors - Part I]] * [[attachment:PickingCapacitorsII.pdf|Picking Capacitors - Part II]] * [[attachment:ChoosingMLCcapacitors.pdf|Introduction to Choosing MLC Capacitors For Bypass/Decoupling Applications.]] A tutorial on how to choose ''decoupling capacitors'' to ensure signal integrity. * [[attachment:PD_TF_20011019.pdf|Transimpedance of a broadband PD by KA]] * [[attachment:PD_model.pdf|Comparisons of the PD circuits by KA]] * [[https://dcc.ligo.org/LIGO-P660001|Laser Beams and Resonators]] by H. Kogelnik and T. Li (a good introduction to Gaussian beams) * [[https://dcc.ligo.org/LIGO-T1300364-v1|Mode couplings of two astigmatic beams]] by KA * [[attachment:EOM_RAM.pdf|Residual amplitude modulation from electro-optic phase modulation by ZK]] * [[https://dcc.ligo.org/DocDB/0089/T1200154/001/T121200154.pdf|Split-power detection and quantum noise by ZK]] - An analysis of how quantum noise affects a split-power measurement, as in the LIGO DC readout or ISS. * [[https://dcc.ligo.org/LIGO-T1300189 | On the accumulated round-trip Gouy phase shift for a general optical cavity by KA]] * [[http://scitation.aip.org/getabs/servlet/GetabsServlet?prog=normal&id=AJPIAS000071000004000365000001&idtype=cvips&gifs=yes|An introduction to signal extraction in interferometric gravitational wave detectors]] by Eric D. Black and Ryan N. Gutenkunst * [[http://www.ligo.caltech.edu/docs/T/T980045-00.pdf|Notes on the Pound-Drever-Hall technique]] by Eric D. Black * [[attachment:PhaseNoiseTutorial.pdf|Impact of ultralow phase noise oscillators on system performance.]] A tutorial on phase noise. * [[attachment:CharacterizingPhaseNoise.pdf|Characterizing Phase Noise.]] By Minicircuits, a tutorial for the novice RF engineer on how to characterize phase noise. * [[FMandPM|Relationship between FM and PM]] |
| Line 22: | Line 31: |
| * [attachment:DoublePendulum.pdf Pendulum EoM calculation in multiple ways by Gabriela Gonz ́alez] * [attachment:PD_TF_20011019.pdf Transimpedance of a broadband PD by KA] * [attachment:PD_model.pdf Comparisons of the PD circuits by KA] * [[FMandPM|Relationship between FM and PM]] * [attachment:EOM_RAM.pdf Residual amplitude modulation from electro-optic phase modulation by ZK] |
* [[attachment:DoublePendulum.pdf|Pendulum EoM calculation in multiple ways by Gabriela González]] * [[attachment:SeismicSensors.pdf|Seismic Sensors and their Calibration by E. Wielandt.]] An introduction to the basic principles behind commercial seismometers and accelerometers. |
| Line 31: | Line 38: |
| * [http://www.cvimellesgriot.com/Company/Documentation.aspx?SuperGroupid=27&DocumentTypeid=2 CVI Cool Tips] | * [[http://www.cvimellesgriot.com/Company/Documentation.aspx?SuperGroupid=27&DocumentTypeid=2|CVI Cool Tips]] * [[https://www.coilcraft.com/pdfs/Doc363_MeasuringSRF.pdf|Self-resonant frequencies]] * [[https://granite.phys.s.u-tokyo.ac.jp/wiki/Lab/index.php?plugin=attach&refer=COMSOL&openfile=MechanicalTFwithCOMSOL.pdf|Presentation]] by Yoichi about the subtleties of Gravity in COMSOL and some possible workarounds. |
| Line 35: | Line 44: |
| * '''Rana Adhikari''' (MIT) - [attachment:Rana_thesis.pdf Sensitivity and Noise Analysis of 4 km Laser Interferometric Gravitational Wave Antennae] | * '''Rana Adhikari''' (MIT) - [[attachment:Rana_thesis.pdf|Sensitivity and Noise Analysis of 4 km Laser Interferometric Gravitational Wave Antennae]] |
| Line 37: | Line 46: |
| * '''Rob Ward''' (Caltech) - [attachment:ward_d.pdf Length sensing and control of a prototype advanced interferometric gravitational wave detector] | * '''Rob Ward''' (Caltech) - [[attachment:ward_d.pdf|Length sensing and control of a prototype advanced interferometric gravitational wave detector]] |
| Line 39: | Line 48: |
| * '''Tomotada Akutsu''' (Univ. of Tokyo) - [attachment:akutsutt_phd.pdf Search for a stochastic background of gravitational waves at 100 MHz with laser interferometers] | * '''Tomotada Akutsu''' (Univ. of Tokyo) - [[attachment:akutsutt_phd.pdf|Search for a stochastic background of gravitational waves at 100 MHz with laser interferometers]] |
| Line 41: | Line 50: |
| * '''Masaki Ando''' (Univ. of Tokyo) - [attachment:ando_d.pdf Power recycling for an interferometric gravitational wave detector] | * '''Masaki Ando''' (Univ. of Tokyo) - [[attachment:ando_d.pdf|Power recycling for an interferometric gravitational wave detector]] |
| Line 43: | Line 52: |
| * '''Koji Arai''' (Univ. of Tokyo) - [attachment:arai_d.pdf Robust extraction of control signals for power-recycled interferometric gravitational-wave detectors] | * '''Koji Arai''' (Univ. of Tokyo) - [[attachment:arai_d.pdf|Robust extraction of control signals for power-recycled interferometric gravitational-wave detectors]] |
| Line 45: | Line 54: |
| * '''Yoichi Aso''' (Univ. of Tokyo) - [attachment:aso_d.pdf Active Vibration Isolation for a LaserInterferometric Gravitational Wave Detector using a Suspension Point Interferometer] | * '''Yoichi Aso''' (Univ. of Tokyo) - [[attachment:aso_d.pdf|Active Vibration Isolation for a LaserInterferometric Gravitational Wave Detector using a Suspension Point Interferometer]] |
| Line 47: | Line 56: |
| * '''Stefan Ballmer''' (MIT) - [attachment:ballmer_d.pdf LIGO interferometer operating at design sensitivity with application to gravitational radiometry] | * '''Stefan Ballmer''' (MIT) - [[attachment:ballmer_d.pdf|LIGO interferometer operating at design sensitivity with application to gravitational radiometry]] |
| Line 49: | Line 58: |
| * '''Lisa Barsotti''' (Pisa Univ.) - [attachment:barsotti_d.pdf The control of the Virgo interferometer for gravitational wave detection] | * '''Lisa Barsotti''' (Pisa Univ.) - [[attachment:barsotti_d.pdf|The control of the Virgo interferometer for gravitational wave detection]] |
| Line 51: | Line 60: |
| * '''Andreas Freise''' (Univ. of Hannover) - [attachment:freise_d.pdf The Next Generation of Interferometry: Multi-Frequency Optical Modelling, Control Concepts and Implementation] | * '''Andreas Freise''' (Univ. of Hannover) - [[attachment:freise_d.pdf|The Next Generation of Interferometry: Multi-Frequency Optical Modelling, Control Concepts and Implementation]] |
| Line 53: | Line 62: |
| * '''Hartmut Grote''' (Univ. of Hannover) - [attachment:grote_d.pdf Making it Work: Second Generation Interferometry in GEO600!] | * '''Hartmut Grote''' (Univ. of Hannover) - [[attachment:grote_d.pdf|Making it Work: Second Generation Interferometry in GEO600!]] |
| Line 55: | Line 64: |
| * '''Gerhard Heinzel''' (Univ. of Hannover) - [attachment:heinzel_d.pdf Advanced optical techniques for laser-interferometric gravitational-wave detectors] | * '''Gerhard Heinzel''' (Univ. of Hannover) - [[attachment:heinzel_d.pdf|Advanced optical techniques for laser-interferometric gravitational-wave detectors]] |
| Line 57: | Line 66: |
| * '''Wengsheng Hua''' (Stanford) - [attachment:hua_d.pdf Low Frequency Vibration Isolation] | * '''Wengsheng Hua''' (Stanford) - [[attachment:hua_d.pdf|Low Frequency Vibration Isolation]] |
| Line 59: | Line 68: |
| * '''Keita Kawabe''' (Univ. of Tokyo) - [attachment:kawabe_d.pdf Development of a 3-meter Fabry-Perot-Michelson Interferometer for Gravitational Wave Detection] | * '''Keita Kawabe''' (Univ. of Tokyo) - [[attachment:kawabe_d.pdf|Development of a 3-meter Fabry-Perot-Michelson Interferometer for Gravitational Wave Detection]] |
| Line 61: | Line 70: |
| * '''Nergis Mavalvara''' (MIT) - [attachment:nergis_d.pdf Alignment Issues in Laser Interferometric Gravitational-wave Detectors] | * '''Nergis Mavalvara''' (MIT) - [[attachment:nergis_d.pdf|Alignment Issues in Laser Interferometric Gravitational-wave Detectors]] |
| Line 63: | Line 72: |
| * '''Osamu Miyakawa''' (Univ. of Tokyo) - [attachment:miyakawa_d.pdf Development of a Variable-Bandwidth Laser Interferometer Gravitational Wave Detector] | * '''Osamu Miyakawa''' (Univ. of Tokyo) - [[attachment:miyakawa_d.pdf|Development of a Variable-Bandwidth Laser Interferometer Gravitational Wave Detector]] |
| Line 65: | Line 74: |
| * '''Shigeo Nagano''' (Univ. of Tokyo) - [attachment:nagano_d.pdf A Study of Frequency and Intensity Stabilization System with a High-power Laser for the TAMA300 Gravitational-wave Detector] | * '''Shigeo Nagano''' (Univ. of Tokyo) - [[attachment:nagano_d.pdf|A Study of Frequency and Intensity Stabilization System with a High-power Laser for the TAMA300 Gravitational-wave Detector]] |
| Line 67: | Line 76: |
| * '''Atsushi Nishizawa''' (Univ. of Kyoto) - [attachment:nishizawa_d.pdf Search for cosmological gravitational-wave background at high frequencies] | * '''Atsushi Nishizawa''' (Univ. of Kyoto) - [[attachment:nishizawa_d.pdf|Search for cosmological gravitational-wave background at high frequencies]] |
| Line 69: | Line 78: |
| * '''Kenji Numata''' (Univ. of Tokyo) - [attachment:numata_d.pdf Direct measurement of mirror thermal noise] | * '''Kenji Numata''' (Univ. of Tokyo) - [[attachment:numata_d.pdf|Direct measurement of mirror thermal noise]] |
| Line 71: | Line 80: |
| * '''Martin Regehr''' (Caltech) - [attachment:regehr_d.pdf Signal Extraction and Control for an Interferometric Gravitational Wave Detector] | * '''Martin Regehr''' (Caltech) - [[attachment:regehr_d.pdf|Signal Extraction and Control for an Interferometric Gravitational Wave Detector]] |
| Line 73: | Line 82: |
| * '''Kazuhiro Yamamoto''' (Univ. of Tokyo) - [attachment:yamamoto_d.pdf Study of the thermal noise caused by inhomogeneously distributed loss] | * '''Kazuhiro Yamamoto''' (Univ. of Tokyo) - [[attachment:yamamoto_d.pdf|Study of the thermal noise caused by inhomogeneously distributed loss]] * '''Jun Mizuno''' (Univ of Hannover) - [[attachment:Mizuno-Thesis.pdf|Comparison of optical configurations for laser-interferometric gravitational-wave detectors]] * '''Kiwamu Izumi''' (Univ of Tokyo) - [[https://dcc.ligo.org/cgi-bin/private/DocDB/ShowDocument?docid=99418]] |
| Line 77: | Line 91: |
| * [attachment:armor.pdf Armor - Phase-lock control considerations for coherently combined lasers] | * [[attachment:armor.pdf|Armor - Phase-lock control considerations for coherently combined lasers]] |
| Line 81: | Line 95: |
| * [attachment:Physics_Letters_A_273_2000_15-24.pdf K Arai - New signal extraction scheme with harmonic demodulation for power-recycled Fabry–Perot–Michelson interferometers] | * [[http://dx.doi.org/10.1016/S0375-9601(00)00467-9|K Arai - New signal extraction scheme with harmonic demodulation for power-recycled Fabry–Perot–Michelson interferometers]] |
| Line 84: | Line 98: |
| * [http://docuserv.ligo.caltech.edu/docs/public/P/P920012-00.pdf ''Observation of an effect due to non-stationary shot noise''] by Mio et Tsubono | * [[http://docuserv.ligo.caltech.edu/docs/public/P/P920012-00.pdf|''Observation of an effect due to non-stationary shot noise'']] by Mio et Tsubono |
| Line 88: | Line 102: |
| * [attachment:NewFocus16X1.pdf New Focus 1601, 1611 Photodiodes] * [attachment:Marconi2023.pdf Marconi/IFR 2023 Operating Manual] * [attachment:HP8590ProgrammerManual.pdf HP8590 Spectrum Analyzer Programmer Manual] * [attachment:miser_126_manual_new.pdf Light Wave Electronics NPRO model 125/126 manual] |
* [[attachment:NewFocus16X1.pdf|New Focus 1601, 1611 Photodiodes]] * [[attachment:Marconi2023.pdf|Marconi/IFR 2023 Operating Manual]] * [[attachment:HP8590ProgrammerManual.pdf|HP8590 Spectrum Analyzer Programmer Manual]] * [[attachment:miser_126_manual_new.pdf|Light Wave Electronics NPRO model 125/126 manual]] * [[attachment:FLUKE_6061A.pdf | Fluke 6061A RF Function Generator ]] * [[attachment:NewFocus_LB1005.pdf | New Focus LB1005 High Speed Servo Controller ]] |
| Line 95: | Line 111: |
| * [https://dcc.ligo.org/public/0002/T0900288/002/AdvLIGO%20noise%20curves.pdf Advanced LIGO anticipated sensitivity curves] | * [[https://dcc.ligo.org/public/0002/T0900288/002/AdvLIGO%20noise%20curves.pdf|Advanced LIGO anticipated sensitivity curves]] |
| Line 99: | Line 115: |
| * Rob's paper about DC readout for the 40m [attachment:dcreadout40m.pdf attachment:dcreadout40m.pdf][attachment:CQGrevised.tar.gz attachment:CQGrevised.tar.gz][attachment:CQGsubmit.tar.gz attachment:CQGsubmit.tar.gz] | * Rob's paper about DC readout for the 40m [[attachment:dcreadout40m.pdf|attachment:dcreadout40m.pdf]][[attachment:CQGrevised.tar.gz|attachment:CQGrevised.tar.gz]][[attachment:CQGsubmit.tar.gz|attachment:CQGsubmit.tar.gz]] |
| Line 103: | Line 119: |
| * [attachment:EmacsReferenceCard.pdf Emacs Cheat Sheet] * [attachment:LaTeXNotSoShortIntro.pdf "A not so short introduction to LaTeX. Or LaTeX 2e in 141 min"], by Tobias Oetiker. * [attachment:LaTeXCheatSheet.pdf LaTeX Cheat Sheet] |
* [[attachment:EmacsReferenceCard.pdf|Emacs Cheat Sheet]] * [[attachment:LaTeXNotSoShortIntro.pdf|"A not so short introduction to LaTeX. Or LaTeX 2e in 141 min"]], by Tobias Oetiker. * [[attachment:LaTeXCheatSheet.pdf|LaTeX Cheat Sheet]] ---- === Written in Japanese === * [[attachment:Arase_mthesis.pdf | Master thesis by Y.Arase ]] |
40m Library
Tutorials
This page is for links to pedagogical explanations of techniques and phenomena endemic to LIGO, with a target audience of summer students and visitors. It's called "Tutorials" because that's easier to spell.
Feedback for physicists: A tutorial essay on control by John Bechhoefer
PLL Performance, Simulation and Design. A tutorial on PLL design by National Semiconductor Corp..
Choosing and Using Bypass Capacitors A tutorial on why and how to use bypass capacitors.
Noise Analysis In Operational Amplifier Circuits. A manual on op-amp circuit noise calculation by Texas Instrument.
Low-Noise Amplifier Stability Concept to Practical Considerations. A tutorial on low-noise opamp stability by Maxim.
Operational Driving Capacitive Loads With Op Amps. A useful tutorial by Microchip with nice analytical explanations.
Introduction to Choosing MLC Capacitors For Bypass/Decoupling Applications. A tutorial on how to choose decoupling capacitors to ensure signal integrity.
Laser Beams and Resonators by H. Kogelnik and T. Li (a good introduction to Gaussian beams)
Residual amplitude modulation from electro-optic phase modulation by ZK
Split-power detection and quantum noise by ZK - An analysis of how quantum noise affects a split-power measurement, as in the LIGO DC readout or ISS.
On the accumulated round-trip Gouy phase shift for a general optical cavity by KA
An introduction to signal extraction in interferometric gravitational wave detectors by Eric D. Black and Ryan N. Gutenkunst
Notes on the Pound-Drever-Hall technique by Eric D. Black
Impact of ultralow phase noise oscillators on system performance. A tutorial on phase noise.
Characterizing Phase Noise. By Minicircuits, a tutorial for the novice RF engineer on how to characterize phase noise.
Pendulum EoM calculation in multiple ways by Gabriela González
Seismic Sensors and their Calibration by E. Wielandt. An introduction to the basic principles behind commercial seismometers and accelerometers.
Web Resources
Presentation by Yoichi about the subtleties of Gravity in COMSOL and some possible workarounds.
Theses
Rana Adhikari (MIT) - Sensitivity and Noise Analysis of 4 km Laser Interferometric Gravitational Wave Antennae
Rob Ward (Caltech) - Length sensing and control of a prototype advanced interferometric gravitational wave detector
Tomotada Akutsu (Univ. of Tokyo) - Search for a stochastic background of gravitational waves at 100 MHz with laser interferometers
Masaki Ando (Univ. of Tokyo) - Power recycling for an interferometric gravitational wave detector
Koji Arai (Univ. of Tokyo) - Robust extraction of control signals for power-recycled interferometric gravitational-wave detectors
Yoichi Aso (Univ. of Tokyo) - Active Vibration Isolation for a LaserInterferometric Gravitational Wave Detector using a Suspension Point Interferometer
Stefan Ballmer (MIT) - LIGO interferometer operating at design sensitivity with application to gravitational radiometry
Lisa Barsotti (Pisa Univ.) - The control of the Virgo interferometer for gravitational wave detection
Andreas Freise (Univ. of Hannover) - The Next Generation of Interferometry: Multi-Frequency Optical Modelling, Control Concepts and Implementation
Hartmut Grote (Univ. of Hannover) - Making it Work: Second Generation Interferometry in GEO600!
Gerhard Heinzel (Univ. of Hannover) - Advanced optical techniques for laser-interferometric gravitational-wave detectors
Wengsheng Hua (Stanford) - Low Frequency Vibration Isolation
Keita Kawabe (Univ. of Tokyo) - Development of a 3-meter Fabry-Perot-Michelson Interferometer for Gravitational Wave Detection
Nergis Mavalvara (MIT) - Alignment Issues in Laser Interferometric Gravitational-wave Detectors
Osamu Miyakawa (Univ. of Tokyo) - Development of a Variable-Bandwidth Laser Interferometer Gravitational Wave Detector
Shigeo Nagano (Univ. of Tokyo) - A Study of Frequency and Intensity Stabilization System with a High-power Laser for the TAMA300 Gravitational-wave Detector
Atsushi Nishizawa (Univ. of Kyoto) - Search for cosmological gravitational-wave background at high frequencies
Kenji Numata (Univ. of Tokyo) - Direct measurement of mirror thermal noise
Martin Regehr (Caltech) - Signal Extraction and Control for an Interferometric Gravitational Wave Detector
Kazuhiro Yamamoto (Univ. of Tokyo) - Study of the thermal noise caused by inhomogeneously distributed loss
Jun Mizuno (Univ of Hannover) - Comparison of optical configurations for laser-interferometric gravitational-wave detectors
Kiwamu Izumi (Univ of Tokyo) - https://dcc.ligo.org/cgi-bin/private/DocDB/ShowDocument?docid=99418
Papers
Armor - Phase-lock control considerations for coherently combined lasers
- How to lock the frequency of a laser to that of a reference laser with a PLL.
- The original paper for the harmonic demodulation scheme
''Observation of an effect due to non-stationary shot noise'' by Mio et Tsubono
Lab Equipment Manuals
LIGO Documents
40m papers
Rob's paper about DC readout for the 40m attachment:dcreadout40m.pdfattachment:CQGrevised.tar.gzattachment:CQGsubmit.tar.gz
Computer Stuff
"A not so short introduction to LaTeX. Or LaTeX 2e in 141 min", by Tobias Oetiker.