'Initial ligo' diaporamas de présentation

Advanced LIGO Systems Requirements Review

Advanced LIGO Systems Requirements Review. 3 July 2001. Agenda. Systems requirements & design, 1 hr (Peter F) Optical layout, 20 min (Dennis C) Generic requirements & standards, 10 min (Dennis C) LIGO Observatory environments, 20 min (David S) Summary. Outline for systems design.

726 views • 60 slides

Searching for Gravitational-Wave Bursts with LIGO

Searching for Gravitational-Wave Bursts with LIGO. Patrick J. Sutton California Institute of Technology for the LIGO Scientific Collaboration. Colliding Black Holes Werner Benger, ZIB/AEI. The Big Picture.

592 views • 49 slides

An Idiosyncratic History of Technical Developments Leading to LIGO

480 views • 38 slides

Advanced Gravitational-wave Detectors and LIGO-India

608 views • 38 slides

LIGO: Status of instruments and observations

550 views • 37 slides

Advanced LIGO

Advanced LIGO. David Shoemaker NSF Review of Advanced LIGO 11 June 2003. Advanced LIGO. LIGO mission: detect gravitational waves and initiate GW astronomy Next detector Must be of significance for astrophysics

547 views • 33 slides

High-Power Stabilized Lasers and Optics of GW Detectors

High-Power Stabilized Lasers and Optics of GW Detectors. Rick Savage LIGO Hanford Observatory. Overview. In general, issues and hardware solutions from a LIGO perspective because of familiarity.

453 views • 29 slides

Advanced LIGO

Advanced LIGO. David Shoemaker Aspen 3 February 03. Advanced LIGO. LIGO mission: detect gravitational waves and initiate GW astronomy Next detector Must be of significance for astrophysics Should be at the limits of reasonable extrapolations of detector physics and technologies

410 views • 27 slides

Advanced LIGO

Advanced LIGO. David Shoemaker NSF LIGO Review 23 October 2002. Advanced LIGO. LIGO mission: detect gravitational waves and initiate GW astronomy Next detector Must be of significance for astrophysics

549 views • 26 slides

Advanced LIGO

Advanced LIGO. Dennis Coyne David Shoemaker Hannover LSC 19 August 2003. Advanced LIGO. Advanced LIGO proposal submitted, February 2003 3 interferometers, each 4km Signal recycled configuration ~180 W laser Sapphire substrates Quad monolithic suspensions Active isolation system

428 views • 25 slides

Overview of Advanced LIGO

Overview of Advanced LIGO. March 2011 Rencontres de Moriond. Sheila Rowan For the LIGO Scientific Collaboration. GEO600 Germany. LIGO. VIRGO Italy. LIGO. The Global Network of Gravitational Wave Detectors. TAMA Japan. LIGO sites (US). LIGO Observatories are operated

456 views • 25 slides

Do Old Neutron Stars Shiver to Keep Warm?

Do Old Neutron Stars Shiver to Keep Warm?. Jeremy S. Heyl Harvard-Smithsonian CfA. Outline. What are LMXBS? What is LIGO? What are r-modes? How do the modes saturate? How does LMXB spin evolve? How many and how bright? What if the modes grow further? What are the prospects?.

345 views • 22 slides

Is there a future for LIGO underground?

Is there a future for LIGO underground?. Fred Raab, LIGO Hanford Observatory. Basic Signature of Gravitational Waves for All Detectors. Different Frequency Bands of Laser-Based Detectors and Sources. space. terrestrial. Audio band.

351 views • 21 slides

Advanced LIGO

Advanced LIGO. Daniel Sigg, for the LIGO Scientific Collaboration TAUP, University of Washington September 8, 2003. Advanced LIGO. LIGO mission: detect gravitational waves and initiate GW astronomy Next detector Should have assured detectability of known sources

402 views • 19 slides

Advanced LIGO Systems Design & Interferometer Sensing & Optics

343 views • 18 slides

Research and Development for Advanced LIGO Aspen winter conference Jan. 20, 2005

Research and Development for Advanced LIGO Aspen winter conference Jan. 20, 2005 O. Miyakawa, Caltech and the LSC collaboration. Initial and Advanced LIGO. Factor 10 better amplitude sensitivity (Reach) 3 = rate Factor 4 lower frequency bound

252 views • 16 slides

Advanced LIGO MREFC (Construction) Proposal Submission

197 views • 12 slides

LIGO Status

198 views • 11 slides

Input Optics (IO)

Input Optics (IO). Technical Breakout Presentation NSF Review of Advanced LIGO Project. David Reitze UF. Input Optics Major Functions. $3.35 M. The Input Optics conditions the light from the Pre-Stabilized Laser and sends it on to the main interferometer optical system.

277 views • 11 slides

Advanced LIGO Operating Budget (FY 2009)

Advanced LIGO Operating Budget (FY 2009). Philip E. Lindquist NSF Review of Advanced LIGO June 11-13, 2003. Summary. Prepared an analysis of costs to operate Advanced LIGO circa FY 2009 FY2009 is projected first year of operations

274 views • 10 slides