GRAIL, an omni-directional gravitational wave detector
D. v. Albada, W. v. Amersfoort, H. Boer Rookhuizen, J. Flokstra, G., Frossati, H. v.d. Graaf, A. Heijboer, G. Heijboer, E. v.d. Heuvel, J.W. v., Holten, G.J. Nooren, J. Oberski, H. Rogalla, A. de Waele, P. de Witt Huberts
TL;DR
GRAIL introduces a cryogenic spherical resonant-mass detector capable of omni-directional gravitational wave detection, enhancing the ability to observe gravitational waves from all directions with high sensitivity.
Contribution
This paper presents the design and proposal of a novel cryogenic spherical detector that is omni-directional, improving gravitational wave detection capabilities over existing directional detectors.
Findings
Design of a cryogenic spherical resonant-mass detector
Omni-directional sensitivity to gravitational waves
Potential for high-precision gravitational wave observations
Abstract
A cryogenic spherical and omni-directional resonant-mass detector proposed by the GRAIL collaboration is described.
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Taxonomy
TopicsPulsars and Gravitational Waves Research · Geophysics and Sensor Technology · Seismology and Earthquake Studies