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Sonification | Helena Ubach

helenaubach.github.io · 203 words · saved by 1 readers

In collaboration with Jordi Espuny, we have sonified gravitationally lensed gravitational waves, specifically in the wave optics regime (interference). That means we represent gravitational-wave data with audible sound. For details on the method, you can read the documentation. To head directly to some samples: sonification samples. The project has been presented at The following pages are adapted from here, created by Jordi Espuny. 1. Sonification of a non-lensed gravitational wave: you can hear a sonification of gravitational waves coming from the merger of two black holes, a "chirp". 2. Visualisation of a gravitationally lensed gravitational wave: you can visualize the shape of a gravitationally lensed gravitational wave signal. The source of gravitational waves is a merger of two black holes. 3. Sonification of gravitationally lensed gravitational waves (recorded samples): you can hear the recorded sonifications of some gravitationally lensed gravitational wave signals. The source

In collaboration with Jordi Espuny, we have sonified gravitationally lensed gravitational waves, specifically in the wave optics regime (interference). That means we represent gravitational-wave data with audible sound. For details on the method, you can read the documentation. To head directly to some samples: sonification samples. The project has been presented at Scientific Meeting of the Spanish Astronomical Society: Proceedings. Symposium on Sonification "Exploring New Horizons: Transforming Astronomy Through Sonification and Multidisciplinary Innovation" (Granada, Spain, 2024)…

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