'Drag free' diaporamas de présentation

Past, present and future of Gravitational Wave detection Science

Past, present and future of Gravitational Wave detection Science. J. Alberto Lobo, Bellaterra, 13-O ct o be r -2004. Presentation summary. Current GW detection research status: Acoustic detectors Interferometers LISA LPF and the LTP The Diagnostics and DMU subsystems

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Spacecraft Gravitational Wave Detectors

766 views • 57 slides

ASTROD and ASTROD I: Progress Report

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ASTROD and ASTROD I: Progress Report

661 views • 55 slides

Free-fall and the observation of low frequency gravitational waves with LISA Bill Weber

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On Technologies Common to DECIGO, LISA and ASTROD

On Technologies Common to DECIGO, LISA and ASTROD. Wei-Tou NI Center for Gravitation and Cosmology Purple Mountain Observatory Chinese Academy of Sciences Nanjing, China. OUTLINE. General Concept of --- ASTROD I, ASTROD Super-ASTROD

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The Japanese Space Gravitational Wave Antenna - DECIGO

The Japanese Space Gravitational Wave Antenna - DECIGO. Amaldi6 @Okinawa June 22, 2005

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The Japanese Space Gravitational Wave Antenna - DECIGO

The Japanese Space Gravitational Wave Antenna - DECIGO. GWADW @ Elba, Italy May 30, 2006

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Measurement of the Gravitational Time Delay Using Drag-Free Spacecraft and an Optical Clock

Measurement of the Gravitational Time Delay Using Drag-Free Spacecraft and an Optical Clock. Neil Ashby, Dept. of Physics, UCB 390, University of Colorado, Boulder, CO 80309-0390. e-mail: ashby@boulder.nist.gov Peter Bender, JILA, Boulder, CO E-mail: pbender@jila.colorado.edu.

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256 views • 9 slides