On May 5, 2018 the NASA Mars Lander InSight was launched to explore the inner geography of Mars. Although meant to study the planet's core InSight captured the sounds of wind rushing across the Elysium Planitia using geographic sensors. While winds on Mars are a common occurrence this is the first time the winds of mars have been recorded. NASA utilized the lander's seismometer to capture vibrations from a solar array nearby. InSight's air pressure sensor was also used to record Mars' winds and it captured the higher frequencies of the sound. Because these sensors pick up such low frequencies the recordings had to be sped up by over 100x in order to be audible to the human ear. Since Mars' atmosphere is composed mostly of CO2 the atmosphere is thinner meaning the wind's soundwaves have less energy than on earth, despite wind speeds of 10-30mph. This sound uses the two sets of recordings to create a creative composite recording of what wind might sound like on mars. Low frequency waves rumble while higher frequencies rise and fall, dampened by the thin atmosphere. Because of the frequency response of this sound it may be useful for masking tinnitus or distracting sounds. To fully experience this sound we recommend good headphones or speakers to reproduce the low rumbling of the Martian winds. Learn more about the White Noise App
Download the White Noise app for free!
Download Martian Winds for White Noise free!
--- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app Support this podcast: https://anchor.fm/tmsoft/supportThe podcast Tmsoft's White Noise Sleep Sounds has been added to your home screen.
On May 5, 2018 the NASA Mars Lander InSight was launched to explore the inner geography of Mars. Although meant to study the planet's core InSight captured the sounds of wind rushing across the Elysium Planitia using geographic sensors. While winds on Mars are a common occurrence this is the first time the winds of mars have been recorded. NASA utilized the lander's seismometer to capture vibrations from a solar array nearby. InSight's air pressure sensor was also used to record Mars' winds and it captured the higher frequencies of the sound. Because these sensors pick up such low frequencies the recordings had to be sped up by over 100x in order to be audible to the human ear. Since Mars' atmosphere is composed mostly of CO2 the atmosphere is thinner meaning the wind's soundwaves have less energy than on earth, despite wind speeds of 10-30mph. This sound uses the two sets of recordings to create a creative composite recording of what wind might sound like on mars. Low frequency waves rumble while higher frequencies rise and fall, dampened by the thin atmosphere. Because of the frequency response of this sound it may be useful for masking tinnitus or distracting sounds. To fully experience this sound we recommend good headphones or speakers to reproduce the low rumbling of the Martian winds. Learn more about the White Noise App
Download the White Noise app for free!
Download Martian Winds for White Noise free!
--- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app Support this podcast: https://anchor.fm/tmsoft/supportThank you for your subscription
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