the ligo hanford observatory
play

the LIGO Hanford Observatory Matthew Withers 2019 Caltech SURF - PowerPoint PPT Presentation

Sep 01, 2023 •297 likes •591 views

Radio Frequency Noise Reduction in the LIGO Hanford Observatory Matthew Withers 2019 Caltech SURF Program Mentors: Dick Gustafson and Keita Kawabe LIGO-G18xxxxx-v1 LIGO-T1900364-v5 Form F0900043-v2 Overview RF Distribution System Overview

  1. Radio Frequency Noise Reduction in the LIGO Hanford Observatory Matthew Withers 2019 Caltech SURF Program Mentors: Dick Gustafson and Keita Kawabe LIGO-G18xxxxx-v1 LIGO-T1900364-v5 Form F0900043-v2

  2. Overview RF Distribution System Overview Investigation: Mapping RF Cable Noise to DARM » Intro to RF Cable Shield Noise » Mapping Methodology » Experiment #1: Cable Characterization » Experiment #2: RF Noise Injections » Experiment #3: Cable Noise Profile Collection Further Improvements » Adjusting Mapping Equation for Non-Flat Transfer Function Future Work LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 2 Form F0900043-v2

  3. RF Distribution System Overview RF Signal Generation for Servo Control Loop PSL = Pre-Stabilized Laser EOM = Electro Optic Modulator PRM = Power Recycling Mirror SRM = Signal Recycling Mirror ITMX = Input Test Mass X ETMX = End Test Mass X ITMY = Input Test Mass Y ETMY = End Test Mass Y LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 3 Form F0900043-v2

  4. Mapping Cable Noise to DARM Shield Noise Overview » Shield Noise = Any unwanted RF signal ( V shield ) on the shield of a transmission cable LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 4 Form F0900043-v2

  5. Mapping Cable Noise to DARM Measuring and Exciting Shield Noise LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 5 Form F0900043-v2

  6. Mapping Cable Noise to DARM Sample Shield Noise Profile LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 6 Form F0900043-v2

  7. Mapping Cable Noise to DARM DARM Response of March 2019 RF Signal Injection Injection Line (55 Hz) LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 7 Form F0900043-v2

  8. Mapping Cable Noise to DARM Mapping Methodology: Experiment #1: Cable Characterization Experiment #2: RF Noise Injection Experiment #3: RF Noise Profile Collection LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 8 Form F0900043-v2

  9. Mapping Cable Noise to DARM Experiment #1: Cable Characterization - Setup LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 9 Form F0900043-v2

  10. Mapping Cable Noise to DARM Experiment #1: Cable Characterization - Results LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 10 Form F0900043-v2

  11. Mapping Cable Noise to DARM Mapping Methodology: Experiment #1: Cable Characterization Experiment #2: RF Noise Injection Experiment #3: RF Noise Profile Collection LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 11 Form F0900043-v2

  12. Mapping Cable Noise to DARM Experiment #2: Noise Injections - Setup LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 12 Form F0900043-v2

  13. Mapping Cable Noise to DARM Experiment #2: Noise Injections - Results Injection Line (50 Hz) LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 13 Form F0900043-v2

  14. Mapping Cable Noise to DARM Experiment #2: Noise Injections - Results LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 14 Form F0900043-v2

  15. Mapping Cable Noise to DARM Mapping Methodology: Experiment #1: Cable Characterization Experiment #2: RF Noise Injection Experiment #3: RF Noise Profile Collection LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 15 Form F0900043-v2

  16. Mapping Cable Noise to DARM Experiment #3: RF Noise Profile Collection - Setup LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 16 Form F0900043-v2

  17. Mapping Cable Noise to DARM Experiment #3: RF Noise Profile Collection – Data Prep LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 17 Form F0900043-v2

  18. Mapping Cable Noise to DARM Experiment #3: RF Noise Profile Collection – Data Prep LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 18 Form F0900043-v2

  19. Mapping Cable Noise to DARM Experiment #3: RF Noise Profile Collection – Data Prep LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 19 Form F0900043-v2

  20. Mapping Cable Noise to DARM Experiment #3: RF Noise Profile Collection - Results LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 20 Form F0900043-v2

  21. Mapping Cable Noise to DARM Experiment #1: Cable Characterization Experiment #2: RF Noise Injection Experiment #3: RF Noise Profile Collection LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 21 Form F0900043-v2

  22. Mapping Cable Noise to DARM Final Results: 9.10023 MHz Main Modulation Cable LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 22 Form F0900043-v2

  23. Mapping Cable Noise to DARM Final Results: Other Cables LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 23 Form F0900043-v2

  24. Further Improvements Original Equation Assumes Flat Transfer Function between Cable Noise and DARM Noise LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 24 Form F0900043-v2

  25. Further Improvements Recently Acquired Data Suggests a Non-Flat Transfer Function -> Try 1-pole Transfer Function LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 25 Form F0900043-v2

  26. Further Improvements Mapping Equation with Single Pole Transfer Function LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 26 Form F0900043-v2

  27. Future Work Perform more injections across the aLIGO DARM frequency band to verify our choice of a 1-pole transfer function » Improve fit values or select new transfer function template as necessary Use new mapping equation to model noise on 45.50115 MHz and 79.4 MHz cables LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 27 Form F0900043-v2

  28. Acknowledgements Special Thanks Goes to the Following Individuals for their Contributions to the Project » Mentors: Dick Gustafson and Keita Kawabe » EE Lab Staff: Marc Pirello and Filiberto Clara » National Science Foundation and the Caltech SURF Program LIGO-G18xxxxx-v1 LIGO-T1900364-v5 LIGO Laboratory 28 Form F0900043-v2

Download Presentation
Download Policy: The content available on the website is offered to you 'AS IS' for your personal information and use only. It cannot be commercialized, licensed, or distributed on other websites without prior consent from the author. To download a presentation, simply click this link. If you encounter any difficulties during the download process, it's possible that the publisher has removed the file from their server.

Recommend

Status of LIGO Keita KAWABE, LIGO Hanford Observatory/Caltech for the LIGO Scientific

Status of LIGO Keita KAWABE, LIGO Hanford Observatory/Caltech for the LIGO Scientific

LIGO Status of LIGO Keita KAWABE, LIGO Hanford Observatory/Caltech for the LIGO Scientific Collaboration LIGO-G070617-00-D: KAWABE K., 2007/Sep/11 TAUP2007, Sendai Insert Name of the Meeting LIGO TOC Who we are Introduction to LIGO

828 views • 39 slides
Gabriela Gonzlez, Louisiana State University For the LIGO Scientific Collaboration and the

Gabriela Gonzlez, Louisiana State University For the LIGO Scientific Collaboration and the

Gabriela Gonzlez, Louisiana State University For the LIGO Scientific Collaboration and the Virgo Collaboration LIGO Hanford Observatory LIGO Livingston Observatory Virgo Interferometer LIGO-G1100555 Hanford, WA 4km, 2km H1, H2 ifos

324 views • 14 slides
Monitoring Magnetic Fields for Advanced LIGO Christina Daniel Mentor: Robert Schofield LIGO

Monitoring Magnetic Fields for Advanced LIGO Christina Daniel Mentor: Robert Schofield LIGO

Monitoring Magnetic Fields for Advanced LIGO Christina Daniel Mentor: Robert Schofield LIGO Hanford Observatory How can ambient magnetic fields affect Advanced LIGO? 2 Physical Environment Monitoring (PEM) Map LIGO Hanford Observatory 3

234 views • 19 slides
Identity Management for the LIGO Project Scott Koranda for LIGO LIGO and University of

Identity Management for the LIGO Project Scott Koranda for LIGO LIGO and University of

Identity Management for the LIGO Project Scott Koranda for LIGO LIGO and University of Wisconsin-Milwaukee September 6, 2012 LIGO-XXXXXXXX-v1 1 / 43 LIGO Science Mission LIGO, the Laser Interferometer Gravitational-wave Observatory, seeks to

792 views • 43 slides
Observation of Gravitational Waves from a Binary Black Hole Merger In LIGO Hanford and Livingston

Observation of Gravitational Waves from a Binary Black Hole Merger In LIGO Hanford and Livingston

Observation of Gravitational Waves from a Binary Black Hole Merger In LIGO Hanford and Livingston detectors PRL 116, 061102 (2016) link.aps.org/doi/10.1103/PhysRevLett.116.061102 The LIGO Scientific Collaboration & the Virgo Collaboration

652 views • 50 slides
Broadband Search for Continuous-Wave Gravitation Radiation with LIGO Vladimir Dergachev

Broadband Search for Continuous-Wave Gravitation Radiation with LIGO Vladimir Dergachev

Broadband Search for Continuous-Wave Gravitation Radiation with LIGO Vladimir Dergachev (Caltech) for the LIGO Scientific Collaboration and the Virgo Collaboration APS April 30 2011 DCC: LIGO-G1100002-v7 LIGO detectors LIGO Hanford

783 views • 64 slides
Optimally Combining the Hanford Interferometer Strain Channels Albert Lazzarini LIGO Laboratory

Optimally Combining the Hanford Interferometer Strain Channels Albert Lazzarini LIGO Laboratory

Optimally Combining the Hanford Interferometer Strain Channels Albert Lazzarini LIGO Laboratory Caltech S. Bose, P. Fritschel, M. McHugh, T. Regimbau, K. Reilly, J.T. Whelan, S. Whitcomb,. B. Whiting GWDAW Meeting UW Milwaukee 19 December

335 views • 17 slides
Observing Gravitational Waves with Advanced LIGO Laura Nuttall on behalf of the LIGO Scientific

Observing Gravitational Waves with Advanced LIGO Laura Nuttall on behalf of the LIGO Scientific

Observing Gravitational Waves with Advanced LIGO Laura Nuttall on behalf of the LIGO Scientific Collaboration and Virgo Collaboration Syracuse University LIGO-G1602189 LIGO Laser Interferometer Gravitational-wave Observatory LIGO-Livingston

651 views • 41 slides
Long Time Coming Livia Conti, for the Virgo Collaboration Fred Raab, for the LIGO Scientific

Long Time Coming Livia Conti, for the Virgo Collaboration Fred Raab, for the LIGO Scientific

Gravitational-Wave Astronomy - a Long Time Coming Livia Conti, for the Virgo Collaboration Fred Raab, for the LIGO Scientific Collaboration LIGO Hanford, WA LIGO Livingston, LA Virgo (Cascina, Italy) What are we talking about? Gravitational

450 views • 24 slides
Title LIGO-G1100174 DC Readout in Enhanced LIGO 1 Enhanced LIGO Try out Advanced LIGO

Title LIGO-G1100174 DC Readout in Enhanced LIGO 1 Enhanced LIGO Try out Advanced LIGO

Title LIGO-G1100174 DC Readout in Enhanced LIGO 1 Enhanced LIGO Try out Advanced LIGO technologies Bet that increased sensitivity outweighs the downtime exposure = time * (range)^3 New Laser More Power New input optics New

711 views • 36 slides
LIGO Identity Management: Questions I Wish We Would Have Asked Scott Koranda for LIGO LIGO and

LIGO Identity Management: Questions I Wish We Would Have Asked Scott Koranda for LIGO LIGO and

LIGO Identity Management: Questions I Wish We Would Have Asked Scott Koranda for LIGO LIGO and University of Wisconsin-Milwaukee September 6, 2012 LIGO-XXXXXXXX-v1 1 / 39 We had a mess Late in 2007 and we stopped scaling Collaboration

734 views • 39 slides
LIGO Identity Management: Some Status and Trends Scott Koranda for LIGO LIGO and University of

LIGO Identity Management: Some Status and Trends Scott Koranda for LIGO LIGO and University of

LIGO Identity Management: Some Status and Trends Scott Koranda for LIGO LIGO and University of Wisconsin-Milwaukee March 8, 2010 LIGO-XXXXXXXX 1 / 12 Why the LIGO Identity Management Project? Unburden users from requesting, retrieving,

425 views • 13 slides
Thermal State of Advanced LIGO Test Masses: Implementation of a Real-Time Mirror Degradation

Thermal State of Advanced LIGO Test Masses: Implementation of a Real-Time Mirror Degradation

Thermal State of Advanced LIGO Test Masses: Implementation of a Real-Time Mirror Degradation Monitor Guadalupe Quirarte, Harvey Mudd College Mentors: Carl Blair and Joseph Betzwieser LIGO Livingston Observatory SURF Presentation, August 2018

860 views • 34 slides
Pre- Hanford Orchard Lands John Sands June 11, 2013 Hanford Advisory Board DOE/RL Update

Pre- Hanford Orchard Lands John Sands June 11, 2013 Hanford Advisory Board DOE/RL Update

Pre- Hanford Orchard Lands John Sands June 11, 2013 Hanford Advisory Board DOE/RL Update Orchard Lands OU is defined by pre- Hanford orchards in River Corridor 5000 Acres of potential orchard land 2 Hanford Advisory Board DOE/RL Update

446 views • 8 slides
Status of LIGO Data Analysis Status of LIGO Data Analysis Gabriela Gonzlez Department of

Status of LIGO Data Analysis Status of LIGO Data Analysis Gabriela Gonzlez Department of

Status of LIGO Data Analysis Status of LIGO Data Analysis Gabriela Gonzlez Department of Physics and Astronomy Louisiana State University for the LIGO Scientific Collaboration Dec 17, 2003 GWDAW -8 meeting LIGO schedule LIGO schedule Goal

339 views • 14 slides
Hanford Tank Waste Retrieval, Treatment, and Disposition Framework Hanford Advisory Board - Tank

Hanford Tank Waste Retrieval, Treatment, and Disposition Framework Hanford Advisory Board - Tank

Hanford Tank Waste Retrieval, Treatment, and Disposition Framework Hanford Advisory Board - Tank Waste Committee November 14, 2013 Ben Harp, Manager WTP Start-Up and Commissioning I ntegration DELI BERATI VE PROCESS PRE-DECI SI ONAL DRAFT

314 views • 13 slides
Robot Navigation Using Radio Signal in Wireless Sensor Networks Ju Wang, Mohammad M Tabanjeh,

Robot Navigation Using Radio Signal in Wireless Sensor Networks Ju Wang, Mohammad M Tabanjeh,

Robot Navigation Using Radio Signal in Wireless Sensor Networks Ju Wang, Mohammad M Tabanjeh, Tariq Qazi, Brian Bennett, Cesar Flores-Montoya, Eric Glover, Meesha Rashidi Virginia State University, 2014 Outline Background Robot RF

179 views • 16 slides
Page 1 Objective and Agenda This presentation introduces advances in Optical Gas Imaging

Page 1 Objective and Agenda This presentation introduces advances in Optical Gas Imaging

Yousheng Zeng, PhD, PE, Jon Morris, and Albert Sanders Providence Photonics Baton Rouge, Louisiana Duane McGregor and Petroula Kangas ExxonMobil Research and Engineering Company Hazem Abdel-Moati ExxonMobil Upstream Research Company - Qatar

219 views • 20 slides
Radio Frequency Heating Innovating Oil Extraction with Radio Frequency Heating June 18, 2019 1

Radio Frequency Heating Innovating Oil Extraction with Radio Frequency Heating June 18, 2019 1

w w w . a c c e l e w a r e . c o m Radio Frequency Heating Innovating Oil Extraction with Radio Frequency Heating June 18, 2019 1 Acceleware: Innovating Heavy Oil and Bitumen Extraction I Forward Looking Statements & Advisory Certain

337 views • 14 slides
Implementing Powerful Implementing Powerful Ratio ionale le fo for A Actio ion P Pla

Implementing Powerful Implementing Powerful Ratio ionale le fo for A Actio ion P Pla

Remin inder: Remin inder: Implementing Powerful Implementing Powerful Ratio ionale le fo for A Actio ion P Pla lannin ing Ratio ionale le fo for A Actio ion P Pla lannin ing Instruction Through Instruction Through Action

555 views • 16 slides
Delivering Our vision, our future Full year results for the year ended 31 March 2016 Safe

Delivering Our vision, our future Full year results for the year ended 31 March 2016 Safe

Delivering Our vision, our future Full year results for the year ended 31 March 2016 Safe harbour statement The information contained in this presentation may include forward looking statements about e2vs financial and operational

484 views • 25 slides
Company Overview The UK's foremost suppliers of high technology and leading-edge RF and Microwave

Company Overview The UK's foremost suppliers of high technology and leading-edge RF and Microwave

Company Overview The UK's foremost suppliers of high technology and leading-edge RF and Microwave products. www.castlemicrowave.com www.castlecable.co.uk Commercial in confidence Overview Founded 1981 Business Specialist Distributor

279 views • 14 slides
LARK RF TECHNOLOGY LARK MICRORADIO WHAT IS THE LARK MICRORADIO? A MINIATURIZATION CASE STUDY

LARK RF TECHNOLOGY LARK MICRORADIO WHAT IS THE LARK MICRORADIO? A MINIATURIZATION CASE STUDY

ADVANCES IN MINIATURIZATION LARK RF TECHNOLOGY LARK MICRORADIO WHAT IS THE LARK MICRORADIO? A MINIATURIZATION CASE STUDY The Lark MicroRadio is an asset-tracking device which uses Ultra Wide Band (UWB) and Bluetooth frequencies Circuitry

258 views • 7 slides
UMOJA RFA HOUSE KEEPING All microphones have been muted. Your phone number will show on

UMOJA RFA HOUSE KEEPING All microphones have been muted. Your phone number will show on

UMOJA RFA HOUSE KEEPING All microphones have been muted. Your phone number will show on the screen and the archived recording. If you dont want it to, please put you name for your profile. If you have a question, please type it

205 views • 17 slides

More recommend