Waves (Juno)

[1][2] It is part of a collection of various types of instruments and experiments on the spacecraft; Waves is oriented towards understanding fields and particles in the Jupiter's magnetosphere.

[1] The major focus of study for Waves is Jupiter's magnetosphere, which if could be seen from Earth would be about twice the size of a full moon.

[8] The search coil is overall a Mu-metal rod 15 cm (6 in) in length with a fine copper wire wound 10,000 times around it.

[9] On June 24, 2016, the Waves instrument recorded Juno passing across Jupiter's magnetic field's bow shock.

[9] Two other instruments help understand the magnetosphere of Jupiter, Jovian Auroral Distributions Experiment (JIRAM) and Magnetometer (MAG).

[10] Another object of study is plasma generated by volcanism on the moon Io and Waves should help understand that phenomenon.

[12] The new results by Chandra, which took the observations during December 2000, showed X-rays coming from the magnetic north pole, but not the aurorae.

[12] Roughly every 45 minutes Jupiter sends out a multi-gigawatt X-ray pulse, and this is synchronized with an emission in radio at 1 to 200 kHz.

[6] The MSC is made of a rod of Mu-metal (a ferromagnetic alloy of nickel and iron) wrapped in fine copper wire.

Components of Waves
Waves data as Juno crosses the Jovian bow shock (June 2016)
Waves data Juno enters Magnetopause (June 2016)
Waves being installed on Juno spacecraft
Jupiter aurora; the bright spot at far left is the end of field line to Io; spots at bottom lead to Ganymede and Europa . Captured by Hubble Space Telescope from Earth orbit in ultraviolet, represented one way to study Jupiter's aurora, which will also be studied by the Waves instrument from orbit, detecting radio and plasma waves in situ
The path of the Ulysses spacecraft through the magnetosphere of Jupiter in 1992, shows the location of the Jovian bow shock.
This illustration shows how the Jovian magnetosphere is thought to interact with the incoming solar wind (yellow arrows)
Chandra (AXAF) observation of Jupiter's X-rays gave everyone a surprise at the turn of millennium when its high-angular resolution showed that Jovian X-rays were coming from the poles
This video with sound translates the radio frequency into sound waves, and includes an infographic of those sounds as it replays. The video was created with data recorded by the Waves instrument