NASA Voyager and other space probes measure the high-frequency oscillations of plasma waves in electric and magnetic fields with antennas. These recorded sounds are then amplified into the range of hearing to make complex interactions of charged particles from the solar wind, ionosphere, and planetary magnetosphere, audible.
Jupiter
Sounds of Jupiter:
Jupiter’s Moons
My ear barely caught signals coming in regular succession which could not have been produced on earth… Nikola Tesla
In 1899, while conducting experiments in Colorado Springs, Nikola Tesla detected a signal with a highly sensitive receiver.
He said: I felt as though I were present at the birth of a new knowledge or the revelation of a great truth.
Tesla first considered they might be electrical disturbances produced by the sun, aurora borealis, or earth currents, but believed they were not terrestrial in origin.
He concluded they were a form of ‘interplanetary communication’.
It is now believed that Tesla had discovered radio astronomy and was picking up a signal from IO, one of Jupiter’s moons.
It emits a 10 khz. signal as it passes through a torus of charged plasma particles that surrounds Jupiter.
Radio signals from IO often come as a series of pulses.
Io
Sounds of IO – one of Jupiter’s Moons:
Saturn
Sounds of Saturn:
Uranus
Sounds of Uranus:
Rings of Uranus
Sounds of the Rings of Uranus:
Neptune
Sounds of Neptune:
Venus
Sounds of Venus:
Earth
Sounds of Earth:
Mars
Sounds of Mars (may be available in 2-3 years)
This is the sound of winds blowing across NASA’s InSight Lander,
the first sound recorded on Mars. (December 2018)
The recording was made with an air pressure sensor, and was later sped up
by a factor of 100 to bring the vibrations into the range of hearing.
Listen to more sounds from space here:
Scale of planets in relation to the sun
Pictures of Infinity 