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What does the Sun sound like? Perhaps you have Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations thought about what kinds of sounds the Sun makes, but scientists have found out. Researchers from the European Space Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations, NASA and the Solar and Heliospheric Agency studied 20 years of Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations to listen to the Sun. They say the Sun produces a Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations, deep "heartbeat" sound. The scientists used a Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations observatory to measure Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations from the Sun. They translated these vibrations into different Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations. These can tell the Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations what is happening Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations the Sun. They can now understand more about solar flares, chemical reactions and other Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations that happen inside the Sun and on its surface.

The scientists explained how they created the Sun's Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations. Researchers from the Stanford Experimental Physics Lab turned data from the space Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations into a " Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations". Dr Alex Young said: "We don't have Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations ways to look inside the Sun. We don't have a Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations to zoom inside the Sun, so using a star or the Sun's vibrations allows us to see inside of it." Dr Young continued: "Waves are travelling and bouncing around inside the Sun, and if your Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations were sensitive enough, they could Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations see this." He added: "We are Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations starting to understand the layers of the Sun and the complexity. That simple sound is giving us a Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations inside a star. I think that's a pretty Agencyactuallyagenciescooldataeyesfinallyinsidelowmicroscopeneverphenomenaprobescientistssolarsongsoundsoundsstraightforwardvibrations thing."