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Cleaning a dark matter detector: A case of ontological and normative elusiveness. [PDF]
Soc Stud Scide Swart J, Mol A.
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The early-onset Alzheimer's disease MRI signature: a replication and extension analysis in early-stage AD. [PDF]
Cereb CortexMehta RI +14 more
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A Review of Optical Interferometry for High-Precision Length Measurement. [PDF]
Micromachines (Basel)Huang G +6 more
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Physik in unserer Zeit, 2018
In dem Datensatz des zweiten Messlaufs der beiden LIGO‐Detektoren haben Forscher ein fünftes Gravitationswellensignal gefunden. Es stammt erneut von zwei verschmelzenden Schwarzen Löchern, die mit 12 und 7 Sonnenmassen leichter waren als die bisher nachgewiesenen.
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In dem Datensatz des zweiten Messlaufs der beiden LIGO‐Detektoren haben Forscher ein fünftes Gravitationswellensignal gefunden. Es stammt erneut von zwei verschmelzenden Schwarzen Löchern, die mit 12 und 7 Sonnenmassen leichter waren als die bisher nachgewiesenen.
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LIGO: Identifying Gravitational Waves
1997We discuss the statistical challenges presented by data from large-scale gravitational-wave interferometers now under construction. Extracting information from signals requires measuring parameters, and sophisticated algorithms may be required to attain maximal possible accuracy.
Schutz, B., Nicholson, D.
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Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, 2003
Abstract Gravitational waves promise to provide new information about massive astrophysical objects in the universe. Technological advances and engineering experience have finally made it feasible to construct detectors with sufficient sensitivity to detect the extremely weak waves which are believed to reach Earth.
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Abstract Gravitational waves promise to provide new information about massive astrophysical objects in the universe. Technological advances and engineering experience have finally made it feasible to construct detectors with sufficient sensitivity to detect the extremely weak waves which are believed to reach Earth.
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Physics Today, 2016
Extra Dimensions: The world’s most sensitive gravitational-wave observatory is making tremendous discoveries on the ground. Now it’s time to develop a space-based observatory.
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Extra Dimensions: The world’s most sensitive gravitational-wave observatory is making tremendous discoveries on the ground. Now it’s time to develop a space-based observatory.
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Journal of the IEST, 1989
A laser interferometer gravitational wave observatory (LIGO) is being developed with sensitivities that will have a high probability of detecting gravitational waves from astrophysical sources. Detectors are also planned by others in Europe and eventually in space.
Jeffrey Livas, Boude Moore
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A laser interferometer gravitational wave observatory (LIGO) is being developed with sensitivities that will have a high probability of detecting gravitational waves from astrophysical sources. Detectors are also planned by others in Europe and eventually in space.
Jeffrey Livas, Boude Moore
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